<transcript><audio_169>name yeah but yeah anyway we were talking about the Xbox One not the oh you the Xbox One really isn't that bad a console of what you want is an all-in-one media device but or you want a console that talks to you you can talk</transcript><transcript><audio_170>to you yeah but I'm not sure how big the audience actually is for that it but I do think it almost seemed like they were going after like apple there's actually there's a video on online somewhere of me at Microsoft press conference in yeah</transcript> name yeah but yeah anyway we were talking about the Xbox One not the oh you the Xbox One really isn't that bad a console of what you want is an all-in-one media device but or you want a console that talks to you you can talk to you yeah but I'm not sure how big the audience actually is for that it but I do think it almost seemed like they were going after like apple there's actually there's a video on online somewhere of me at Microsoft press conference in yeah


<transcript><audio_171>in 2012 and it's a guy from I can't remember what Outlet he was from and he was just he had his camera and he was interviewing people and he's like so what are you hoping to see uh today and I was like I hope I don't have to look at the freaking connect and he's like well too bad and he like pans the camera</transcript><transcript><audio_172>over and there's like the centerpiece of the stage is the connect and I'm just like son like I think you just hear me like not like I'm not my face isn't on the camera but you just hear in the</transcript><transcript><audio_173> __  was good yeah I mean it's true it's like the that's the problem was it was like they were offering so many things that I didn't want and I didn't want to pay for right they were more expensive than the PS4 yeah and uglier I mean and and the benefit of the</transcript> in 2012 and it's a guy from I can't remember what Outlet he was from and he was just he had his camera and he was interviewing people and he's like so what are you hoping to see uh today and I was like I hope I don't have to look at the freaking connect and he's like well too bad and he like pans the camera over and there's like the centerpiece of the stage is the connect and I'm just like son like I think you just hear me like not like I'm not my face isn't on the camera but you just hear in the  __  was good yeah I mean it's true it's like the that's the problem was it was like they were offering so many things that I didn't want and I didn't want to pay for right they were more expensive than the PS4 yeah and uglier I mean and and the benefit of the

Creative Commons Attribution license (reuse allowed)


<transcript><audio_174>all-in-one devices are that they fit in my pocket like they're they're portable a a Home console is not a portable thing and the Xbox one is bigger than the PS4 by and large yeah I mean the Xbox One is</transcript><transcript><audio_175>huge right huge it's basically bigger than the Xbox no it's one of the biggest I I think it is bigger the Xbox I think it's one of the biggest game consoles I've ever seen it does have it does have the thing where you can like easily pop out the hard drive and replace it which</transcript><transcript><audio_176>is I wish they had that on the PS4 well but can't you just go external PL I don't think it's that hard to replace the hard drive on the PS4 but it's harder and so I haven't done it I haven't run into really memory issues at</transcript><transcript><audio_177>all I I my games you will I don't play get them out of there I I didn't for a while and then I it got to me mhm finally got rid of GTA 5 and oh man I've had so much like just feel like I can finally stretch my legs I've just been</transcript><transcript><audio_178>playing my veto lately which talk about Council Wars that Vita just came in and swept everything you know like all is VA now I know when Sega before they're trying to push the Game Gear they took their American reps to a hostess club in</transcript> all-in-one devices are that they fit in my pocket like they're they're portable a a Home console is not a portable thing and the Xbox one is bigger than the PS4 by and large yeah I mean the Xbox One is huge right huge it's basically bigger than the Xbox no it's one of the biggest I I think it is bigger the Xbox I think it's one of the biggest game consoles I've ever seen it does have it does have the thing where you can like easily pop out the hard drive and replace it which is I wish they had that on the PS4 well but can't you just go external PL I don't think it's that hard to replace the hard drive on the PS4 but it's harder and so I haven't done it I haven't run into really memory issues at all I I my games you will I don't play get them out of there I I didn't for a while and then I it got to me mhm finally got rid of GTA 5 and oh man I've had so much like just feel like I can finally stretch my legs I've just been playing my veto lately which talk about Council Wars that Vita just came in and swept everything you know like all is VA now I know when Sega before they're trying to push the Game Gear they took their American reps to a hostess club in


<transcript><audio_179>Japan to try and like whine and dine them to get them to Market The Game Gear and while the guy was at the hostess club he saw sub guy just playing a game boy ignoring all the girls and he was like oh crap how am I going to sell the Game Gear I mean the Game Gear was</transcript><transcript><audio_180>better than the Game Boy really in a lot of ways except the software I and the batteries I mean try playing links but I mean when you look at him side by side yeah by far I mean just having color it's just like whoa you know it's a</transcript><transcript><audio_181>luxury it's the sort of thing that looks like a home run in terms of marketing but not so much in practice yeah early Nintendo man you just could not  __  with those guys they really were G they are they are they've lost their fighting</transcript><transcript><audio_182>Spirit they need to all grow beards and then will be back on top it's like they got pantsed in the middle of a gym class and they just haven't been able to get back on that horse you know it's true Nintendo is the little Outcast kid who's actually got a lot of cool stuff but</transcript> Japan to try and like whine and dine them to get them to Market The Game Gear and while the guy was at the hostess club he saw sub guy just playing a game boy ignoring all the girls and he was like oh crap how am I going to sell the Game Gear I mean the Game Gear was better than the Game Boy really in a lot of ways except the software I and the batteries I mean try playing links but I mean when you look at him side by side yeah by far I mean just having color it's just like whoa you know it's a luxury it's the sort of thing that looks like a home run in terms of marketing but not so much in practice yeah early Nintendo man you just could not  __  with those guys they really were G they are they are they've lost their fighting Spirit they need to all grow beards and then will be back on top it's like they got pantsed in the middle of a gym class and they just haven't been able to get back on that horse you know it's true Nintendo is the little Outcast kid who's actually got a lot of cool stuff but


<transcript><audio_183>he's really annoying yeah like you know you want to go over to his house and like play with his cool stuff but then he's he's so annoying it's like ah I don't I don't want to play it that much MH his mom only makes</transcript><transcript><audio_184>tuna fish sandwiches you know just with like garlic in it so he always has really bad breath like oh and you try you try you know you're like look man maybe you should just not wear that hairstyle you know and I like it so what</transcript><transcript><audio_185>did we all learn here today Nintendo needs to get a DJ quals in new kid style makeover okay if Nintendo does that they will win the console Wars start a funk band yeah and I mean what a what a a terrible movie this isn't even a good</transcript><transcript><audio_186>movie why am I referencing the DJ CLS for me from like 2000 I mean does anybody even know who DJ Pauls is I do but yeah I do too he's in Zombie Nation or something what what a what a cool guy so oh okay so the</transcript><transcript><audio_187>Council of Wars you know we're familiar with them we've lost a lot of lives I think over the years many balons have died yes and uh some of that I think was just people identifying with a brand and</transcript> he's really annoying yeah like you know you want to go over to his house and like play with his cool stuff but then he's he's so annoying it's like ah I don't I don't want to play it that much MH his mom only makes tuna fish sandwiches you know just with like garlic in it so he always has really bad breath like oh and you try you try you know you're like look man maybe you should just not wear that hairstyle you know and I like it so what did we all learn here today Nintendo needs to get a DJ quals in new kid style makeover okay if Nintendo does that they will win the console Wars start a funk band yeah and I mean what a what a a terrible movie this isn't even a good movie why am I referencing the DJ CLS for me from like 2000 I mean does anybody even know who DJ Pauls is I do but yeah I do too he's in Zombie Nation or something what what a what a cool guy so oh okay so the Council of Wars you know we're familiar with them we've lost a lot of lives I think over the years many balons have died yes and uh some of that I think was just people identifying with a brand and


<transcript><audio_188>wanting to feel Superior or cooler and some of it is literally a guy out there in a t-shirt underneath a Blazer talking about how great you know they are compared to the competitor or whatever I've been on many sides in this war in</transcript><transcript><audio_189>this fog of War I think some of us have lost our identities and some of us had found truly what it is we're fighting for so with that I think we're going to wave the White Flag bow out and uh I know I got some games I need to play</transcript><transcript><audio_190>today so have glass gaming</transcript><transcript><audio_191>out half class G you back in um I want to say um no actually I guess I don't have out</transcript> wanting to feel Superior or cooler and some of it is literally a guy out there in a t-shirt underneath a Blazer talking about how great you know they are compared to the competitor or whatever I've been on many sides in this war in this fog of War I think some of us have lost our identities and some of us had found truly what it is we're fighting for so with that I think we're going to wave the White Flag bow out and uh I know I got some games I need to play today so have glass gaming out half class G you back in um I want to say um no actually I guess I don't have out


<video>
<image_0>The image shows a laboratory with a long countertop and several rows of laboratory equipment. The equipment is arranged in neat rows and appears to be made of metal and plastic. There are several pipes and valves attached to the countertop, and a person can be seen in the background. The walls are white and there are several posters and charts hanging on them. The floor is tiled and there is a window on the right side of the image. The overall atmosphere of the laboratory is clean and organized.

<image_1>The image is a diagram of a hydroxyl bond structure. It consists of two hydrogen bonds, one in the center and one on either side. The hydrogen bonds are connected by a central bond, which is represented by a pink circle. The central bond is labeled "Covalent Bond" and is connected to the hydrogen bond by a blue circle.

There are also two smaller hydrogen bonds labeled "Hydrogen Bond" on the left side of the diagram. On the right side, there is a smaller hydrogen bond labeled "H" and "H". The hydrogen bond is represented as a red circle with a white circle in the middle.

Overall, the diagram shows the structure of a hydrogen bond and its properties.
</video><transcript><audio_2>today's activity is a very interesting one it is a super fun experiment which can be performed at a science fair your home or the chemistry lab energy is stored in the form of molecular bonds when these bonds split apart the energy</transcript><transcript><audio_3>released can be used to do work for today's activity you will need a few materials like batteries wires two iron nails and some salt you must tape the nails and the wires properly otherwise the wires May interfere with the</transcript><video>
<image_4>The image shows two black objects, which appear to be spoons or ladles, on a blue background. The objects are made of a shiny, textured material and have a pointed tip at the end. They are identical in size and shape, with a round base and a flat top. The handles are slightly curved and appear to have a smooth, shiny surface. The background is a solid blue color, and the objects are positioned side by side, with the word "ThinkTac" written in white on the top left corner.

<image_5>The image shows a glass jar filled with white sugar on a wooden surface. The jar is tilted to the side and the sugar is spilling out of it onto the surface. Next to the jar, there is a small metal salt shaker with a black lid. The shaker is filled to the brim with the white sugar. The background is a dark wooden surface with a subtle grain pattern. The overall mood of the image is clean and minimalistic.

<image_6>The image shows a pair of hands holding two iron nails and two insulated wires connected and tape one end of each wire to the iron nails. The wires are green and black in color and are laid out on a gray surface. The hands are positioned in a way that they are holding the nails in place. The image appears to be a tutorial or guide on how to use the wires.

<image_7>The image shows a pair of hands holding a green and black wire with two iron nails attached to it. The wire is connected to two insulated wires, one end of each wire to the iron nails and the other to the battery terminals. The person's hands are holding the wire with their fingers, and there is a small black and yellow battery next to the wire. The background is a plain grey surface. The text on the image reads "ThinkTac".

<image_8>The image shows a pair of hands holding two iron nails, a battery and two insulated wires, connected and tape one end of each wire to the iron nails and the other to the battery terminals. The hands are holding a black and yellow tool, which appears to be a screwdriver, and the wires are green and black. The background is a plain grey color. The image is accompanied by text that reads "ThinkTac".
</video><transcript><audio_9>reactions this will teach you about electrolysis of water which will result in the formation of hydrogen one thing that should be kept in mind is that the nails should not be rusted initially because the rust forms a protective</transcript>
<image_10>The image shows a close-up of a white plastic container with a heart-shaped design on it. Inside the container, there are three nails arranged in a triangular formation. The nails are silver in color and appear to be made of metal. There is a small amount of blood on the surface of the container. The background is blurred, but it appears to be a light-colored surface.
 today's activity is a very interesting one it is a super fun experiment which can be performed at a science fair your home or the chemistry lab energy is stored in the form of molecular bonds when these bonds split apart the energy released can be used to do work for today's activity you will need a few materials like batteries wires two iron nails and some salt you must tape the nails and the wires properly otherwise the wires May interfere with the reactions this will teach you about electrolysis of water which will result in the formation of hydrogen one thing that should be kept in mind is that the nails should not be rusted initially because the rust forms a protective


<transcript><audio_11>layer around the metal and will not allow the iron to react this guide will help you understand what's going on in the experiment after you have performed your experiment with the cells wires and iron Nails you might be curious about what</transcript><video>
<image_12>The image is a 3D illustration of a person standing on an orange arrow that is pointing upwards. The person is grey in color and is standing on a white background. The arrow is made up of multiple orange arrows that are pointing in different directions, creating a sense of movement and direction. The image appears to be a representation of the concept of growth or progress. The word "ThinkTac" is written in blue on the top left corner of the image.

<image_13>The image shows a small glass beaker with a green liquid inside. The beaker is cylindrical in shape and has a handle on the top for easy carrying. The liquid appears to be a light green color and is flowing out of the beaker. There are two black tubes attached to the top of the cylinder, which are likely used to hold the liquid in place while it is being poured. On the right side of the image, there is a white piece of paper, possibly a sheet of paper or a sheet-like material. The background is a plain grey surface.

<image_14>The image shows a person's hand holding a small device with a green cord attached to it. The device appears to be a beaker or a test tube, with a small amount of liquid inside. The liquid is a bright green color and there is a small black object on the side of the beaker. The person is using the cord to connect the device to a piece of white paper. The background is a plain grey surface.

<image_15>The image shows two black-colored objects, which appear to be pencils or erasers, lying on a gray surface. The objects are rectangular in shape and have a pointed tip. They are attached to a black plastic clip on one end, which is attached to the other end of the stick. The stick on the left is slightly larger than the one on the right, and it has a small amount of dirt or grime on its surface. Both objects have a small hole in the center, which could be used for writing or drawing.
</video><transcript><audio_16>made the color of the water change and what made the nail rust when you pass electric current through a solution the ions move towards the opposite electrodes in this case the sodium and chloride thus the chloride ions move</transcript>
<image_17>The image shows two orange boxes with a white plus sign on the top left corner. On the right side of the image, there is a purple circle with the letters "Na" and "Na+" written on it. Inside the circle, there are six green circles with the same letters. The circles are arranged in a way that they form a network-like structure. The background is white.
<transcript><audio_18>towards the anode and the sodium ions move towards the cathode one of the iron Nails gets corroded or rusted and you see the difference in color due to the multiple reactions occurring in the solution how</transcript>
<image_19>The image shows a small glass beaker with a red ribbon tied around it. The beaker is filled with a clear liquid, which appears to be a mixture of water and other liquids. The red ribbon is tied in a bow at the top of the beaker, and there is a small blue box with the word "HIW" written on it next to it. This suggests that the image is related to a scientific experiment or experiment. The background is a plain grey surface.
 layer around the metal and will not allow the iron to react this guide will help you understand what's going on in the experiment after you have performed your experiment with the cells wires and iron Nails you might be curious about what made the color of the water change and what made the nail rust when you pass electric current through a solution the ions move towards the opposite electrodes in this case the sodium and chloride thus the chloride ions move towards the anode and the sodium ions move towards the cathode one of the iron Nails gets corroded or rusted and you see the difference in color due to the multiple reactions occurring in the solution how


<video>
<image_20>The image shows a rectangular metal strip with a flat surface. It appears to be made of stainless steel or aluminum and has a smooth, shiny finish. The strip has a rectangular shape with rounded edges and a small hole in the center. The edges of the strip are slightly raised, giving it a textured appearance. The background is white, making the strip stand out. The word "ThinkTac" is written in blue on the top left corner of the image.

<image_21>The image is a photograph of a small glass bottle with a cork stopper. The bottle is made of amber-colored glass and has a label on it that reads "ETHANOL" in white letters. The label also has the word "Etanol" written in smaller letters below it. The background is a light blue color, and the bottle is positioned in the center of the image. The image appears to be a promotional advertisement for a product called Ethanol.
</video><transcript><audio_22>do we do variations on this experiment the electrodes can be changed into conducting materials like copper graphite or magnesium the solution can be changed by changing the solvent that is the liquid we've used water but you</transcript>
<image_23>The image shows a glass beaker filled with a blue liquid. The beaker has a black cap on top and a green wire attached to it. The wire appears to be connected to a small device, possibly a thermometer or a probe. The background is a plain white surface.
<transcript><audio_24>can try with others such as alcohol and of changing the salt which is the electrolyte or the solute that is used try using copper sulfate solution with copper electrodes and ion rods with copper sulfate solution the power source</transcript><transcript><audio_25>can be changed as well into higher current supplies by adding more batteries for example one interesting variation is using two pencils instead of iron Nails take two pencils and sharpen them from</transcript>
<image_26>The image shows a small glass jar with a black lid and a handle on top. Inside the jar, there are two red pencils with black tips. The pencils are resting on the handle of the jar and are positioned in a way that they are facing towards the right side of the image. The jar appears to be made of transparent glass and is sitting on a white surface. The background is a plain grey color.
<transcript><audio_27>both the ends dip one end of both the pencils in the aquous medium and attach the other ends with the wire to the two terminals of the cell you will see bubbles coming out of the tips of the pencils and coming up this happens as the pencils act as the electrodes and</transcript><video>
<image_28>The image shows a pair of red pencils resting on top of a transparent glass jar. The jar appears to be filled with a white liquid, possibly graphite, and there is a blue square in the center of the jar with the word "Bubbles" written on it. The pencils are positioned in a way that they are facing each other, with the tip pointing towards the right side of the image. The text on the jar reads "After 16 mins bubbles can seen on the graphite leads".

<image_29>The image shows a close-up of a pair of red pencils with black tips. The pencils are resting on a white surface, which appears to be a plate or a bowl. There is a blue square in the center of the image with the word "Bubbles" written on it. Below the square, there is a text that reads "After 15 minutes bubbles can seen on the graphite leads".

<image_30>The image is a diagram of an electrolysis process. It is a cross-section of a cell, showing the different components of the process.

The cell is divided into two sections. The top section is labeled "Electrolysis" and has a green arrow pointing to the left side of the cell, indicating the direction of the electrolysis flow. The bottom section is labelled "Hydrogen", which is the source of the hydrogen. The hydrogen is represented by a green circle with the word "hydrogen" written on it.

There are also two blue arrows pointing towards the top section, which represent the hydrogen and the oxygen bubbles. The arrows are labeled with the names of the components, such as "Cathode", "Bode", and "Citrogen".

Overall, the image shows the process of electrolysis, which is a process that involves the transfer of hydrogen from one cell to another.
</video> do we do variations on this experiment the electrodes can be changed into conducting materials like copper graphite or magnesium the solution can be changed by changing the solvent that is the liquid we've used water but you can try with others such as alcohol and of changing the salt which is the electrolyte or the solute that is used try using copper sulfate solution with copper electrodes and ion rods with copper sulfate solution the power source can be changed as well into higher current supplies by adding more batteries for example one interesting variation is using two pencils instead of iron Nails take two pencils and sharpen them from both the ends dip one end of both the pencils in the aquous medium and attach the other ends with the wire to the two terminals of the cell you will see bubbles coming out of the tips of the pencils and coming up this happens as the pencils act as the electrodes and


<video>
<image_31>The image is an illustration of a water treatment system. It consists of a rectangular frame with a blue background and a red border. Inside the frame, there are two orange tubes, one orange and one red, connected by a blue wire. The orange tube is on the left side of the frame and the red tube is in the center. On the right side, there is a blue tube with a red tube attached to it. The blue tube appears to be connected to the orange tube, which is connected to a black wire. There is also a small orange tube on the bottom left corner of the image. The background is a light blue color. The image is labeled "ThinkTac" in the top left corner.

<image_32>The image is a diagram that shows the chemical structure of a strong base and strong acid. On the left side of the image, there are two red spheres connected by an arrow, representing the chemical bonds between the two compounds. The red spheres are labeled with the letters "OH" and "Strong Base" respectively.

On the right side, there is a white molecule labeled "H2O" with an arrow pointing to it. The molecule is connected to two other molecules, one labeled "OH +" and the other labeled "Strong Acid". The molecule on the left is labeled "Water" and has a red sphere attached to it, indicating that it is a water molecule.

The image also has a blue background with the words "ThinkTac" written in white at the top. This suggests that the image is related to the concept of strong base, strong acid, and water.
</video><transcript><audio_33>the graphite transports electricity as soon as the current starts flowing from the cell to the water its ions dissociate into hydroxy which is O minus and hydrogen which is h</transcript><transcript><audio_34>plus ions now the pencil attached to the negative terminal of the battery collects hydrogen while the one connected to the positive terminal of the battery collects hydroxy ions now you might notice something unusual you will find more bubbles near one pencil</transcript>
<image_35>The image is a diagram of a light bulb with a circuit connected to it. The circuit consists of two light bulbs, one on the left side of the image and the other on the right side. The light bulb is connected to the circuit with a red wire. The red wire is used to connect the two bulbs to a power source.

In the center of the diagram, there is a glass tube with two yellow tubes inside. The tubes are connected to each other with a black wire. On the top of the tube, there are two black wires, one of which is a voltage regulator. The voltage regulator has a red circle with a white dot in the center, which is likely used to regulate the current in the light bulb. The blue tube is filled with water, which appears to be a liquid, and there are small bubbles floating in the water. The yellow tube is labeled with the letters "H" and "O" on it, indicating that it is a high-voltage transformer. The diagram also has a label on the bottom right corner that reads "ThinkTac".
 the graphite transports electricity as soon as the current starts flowing from the cell to the water its ions dissociate into hydroxy which is O minus and hydrogen which is h plus ions now the pencil attached to the negative terminal of the battery collects hydrogen while the one connected to the positive terminal of the battery collects hydroxy ions now you might notice something unusual you will find more bubbles near one pencil


<transcript><audio_36>than the other can you tell why which pencil collects more bubbles try the same thing after adding salt to the water do You observe any difference when we eat food what helps</transcript><video>
<image_37>The image shows a hand holding a glass of water in a transparent glass. The glass is placed on a grey surface and the hand is placing a small amount of water into the glass. There is a table spoon in the glass, which is being used to mix the water in it. The text on the image reads "Take a glass in a water in transparent glass, mix a table scoop of salt in the water".

<image_38>The image is a white background with black text in the center. The text reads "Did you observe any difference?" The text is in all caps and is in a sans-serif font. The word "ThinkTac" is in the top left corner of the image.

<image_39>The image is a yellow background with the text "Introduction and Background" written in black. The text is in a bold, sans-serif font and is centered in the middle of the image. The word "Introduction" is slightly larger than the rest of the text and is slightly slanted to the right. On the top left corner, there is a small logo of the word "ThinkTac" in a purple color. The overall design is simple and minimalistic.
</video><transcript><audio_40>it to break down the answer as you all might know is water the process of digestion begins in the mouth with saliva which contains mainly water and many enzymes in the stomach 2 where lots of enzymes microbes and acids</transcript>
<image_41>The image is an illustration of a silhouette of a person's head and neck. The person is facing towards the left side of the image, with their head slightly tilted to the side. On the right side, there is a small sushi roll with a green and red color scheme. The sushi roll appears to be made of rice and vegetables, and it is spilling out of the person's mouth. The background is a light beige color, and there is text on the top left corner that reads "ThinkTac". The overall style of the illustration is minimalistic and cartoon-like.
<transcript><audio_42>aid in digestion the predominant ingredient is water the process of digestion is a great example of hydrolysis the meaning of hydrolysis is the breaking down of a compound due to</transcript>
<image_43>The image is a graphic design with a pink background and a white circle in the center. Inside the circle, there is an illustration of a slice of orange-colored food with the words "digestive juices" written in black text above it. The text is written in a playful font and is centered in the middle of the circle. The overall design is simple and cartoon-like.
<transcript><audio_44>the reaction with water Hydro means water and lyses means to unbind so hydrolysis is quite useful both in biology as explained above and chemistry in this guide we will focus more on the</transcript>
<image_45>The image shows a person's hand holding a pair of scissors and cutting a red ribbon. The person is using the scissors to cut the red ribbon into a small container with a red string attached to it. The container appears to be a beaker or measuring cup with a label on it that reads "ThinkTac". The background is a plain black surface.
<transcript><audio_46>chemistry involved in hydrolysis or electrolysis the term electrolysis is defined as a chemical decomposition of a compound produced by passing an electric current through a liquid or a solution carrying</transcript><video>
<image_47>The image is a slide from a presentation on decomposition definition. It has a title at the top that reads "Decomposition Definition" and below it, there is a description of decomposition reaction - A single compound is broken down into 2 or more products. Below the description, there are three illustrations of Mickey Mouse and Minnie Mouse. The illustrations are in black and white and are arranged in a horizontal line. The background of the slide is white.

<image_48>The image is a 3D rendering of a rectangular box with a blue waveform inside. The waveform appears to be made up of multiple lines of light blue color, creating a wave-like pattern. The background is a solid green color, and the box is outlined in black. The word "ThinkTac" is written in white on the top left corner of the image.

<image_49>The image is an illustration of an ionic solution in a laboratory flask. The flask is made of glass and has a cylindrical shape with a handle on top. Inside the flask, there are two orange tubes, which appear to be made of metal or plastic. The tubes are connected to a black pipe, which is likely used to hold the liquid in place. There are also several green and red dots scattered around the flask. Below the flask is a text that reads "ionic solutions" in white letters. The background of the image is a light green color.
</video> than the other can you tell why which pencil collects more bubbles try the same thing after adding salt to the water do You observe any difference when we eat food what helps it to break down the answer as you all might know is water the process of digestion begins in the mouth with saliva which contains mainly water and many enzymes in the stomach 2 where lots of enzymes microbes and acids aid in digestion the predominant ingredient is water the process of digestion is a great example of hydrolysis the meaning of hydrolysis is the breaking down of a compound due to the reaction with water Hydro means water and lyses means to unbind so hydrolysis is quite useful both in biology as explained above and chemistry in this guide we will focus more on the chemistry involved in hydrolysis or electrolysis the term electrolysis is defined as a chemical decomposition of a compound produced by passing an electric current through a liquid or a solution carrying


<transcript><audio_50>ions before going through the guide you should know a little bit about atoms molecules and ions atoms are the smallest unique unit of a particular element in nature only the noble gases are generally non-reactive they would</transcript><transcript><audio_51>appear to have a stable arrangement of electrons it's only these noble gases that can be found as isolated atoms most matter is in the form of ions molecules or compounds a molecule is comprised of</transcript><video>
<image_52>The image is a graphic representation of the states of matter. It is divided into three sections.

The first section on the left shows a young boy standing on top of a rock with the word "Solid" written on it. He is wearing a red shirt and has a big smile on his face. The second section in the middle shows a person lying on a rock, with their arms stretched out to the sides. The third section shows a group of balloons floating in the air. The balloons are in different colors, including red, orange, yellow, and blue.

At the bottom of the image, there is a red banner with the words "States of Matter" written in white letters. The background is a light blue sky with white clouds.

<image_53>The image is a black and white line drawing of two atoms, one on the left and one in the center. The atoms are connected by lines and have a plus sign above them, indicating that they are positive ions. Below the atoms, there is text that reads "Negative ions positive ions". The image appears to be a visual representation of the concept of positive ions and their properties.

<image_54>The image is a comparison between two types of molecules and compounds. The background is white and the text is black. On the left side of the image, there are two red spheres, one labeled "Oxygen Gas" and the other labeled "Carbon Dioxide". On the right side, there is a black sphere labeled "Compound". The image is divided into two sections, one for oxygen gas and one for carbon dioxide. The oxygen gas sphere is on the left and the carbon dioxide sphere is in the center. Both spheres are connected by a thin black line. The text above the two spheres reads "Difference between Molecule & Compound".
</video><video>
<image_55>The image is a diagram of a molecular structure, which appears to be a representation of a molecule. The molecule is composed of four atoms, each with a different color - red, blue, and gray. The atoms are arranged in a grid-like pattern, with the red atoms on the left, the blue atoms in the center, and the gray atoms on either side.

The red atoms are connected by a blue atom on the top left, which is the nucleus of the molecule. On the top right, there is a red atom with a hydrogen atom attached to it. The hydrogen atom is connected to the red atom by a white atom.

In the center of the image, there are two smaller atoms, one in blue and one in gray, connected by two hydrogen atoms. These atoms are likely the atoms that make up the molecule's structure. The image also has a label that reads "ThinkTac" at the top, indicating that it is a logo for ThinkTac.

<image_56>The image is a diagram of two molecules, one of which is an oxygen molecule and the other is an O2 molecule. The molecules are shown in a red color and are arranged in a symmetrical pattern. The oxygen molecule is in the center of the image, with the O2 atoms on either side of it. The O2 atom is on the left side of the diagram, while the oxygen molecule on the right side is on top of the other two atoms. The background is a light grey color. The image is accompanied by text that reads "Molecules: Two or more chemically bonded atoms" and "Eg: Oxygen Molecule - O2".
</video><transcript><audio_57>two or more chemically bonded atoms the atoms may be of the same type of element or they may be different many any elements are found in nature in their molecular form that is two or more atoms of the same type of element bonded</transcript> ions before going through the guide you should know a little bit about atoms molecules and ions atoms are the smallest unique unit of a particular element in nature only the noble gases are generally non-reactive they would appear to have a stable arrangement of electrons it's only these noble gases that can be found as isolated atoms most matter is in the form of ions molecules or compounds a molecule is comprised of two or more chemically bonded atoms the atoms may be of the same type of element or they may be different many any elements are found in nature in their molecular form that is two or more atoms of the same type of element bonded


<image_58>The image is a diagram of a compound, which is a chemical compound made up of atoms of different elements. The compound is represented by a red circle in the center of the image. The red circle is surrounded by two blue spheres, one on each side. The blue spheres are connected by a line, representing the atoms of the compound. The molecule is labeled as "H" and "Eg: Water - H2O". The image also has a title at the top that reads "Compounds: Molecules which are made of atoms".
<transcript><audio_59>together oxygen for example is most commonly found in its molecular form O2 two oxygen atoms bonded together an example of a commonly occurring compound that is composed of two different types of atoms is pure water or</transcript><transcript><audio_60>h2o the nucleus of an atom which contains both protons and neutrons remains unchanged after ordinary chemical reaction but atoms can readily gain or lose electrons if electrons are lost or</transcript><video>
<image_61>The image is a diagram of an atom with three protons and two neutrons. The protons are represented by spheres of different colors - blue, green, and purple - and are arranged in a circular pattern around the nucleus of the atom. The nucleus is represented by a red dot in the center of the circle.

There are two electrons on the left side of the image, one of which is an electron, and the other is a proton on the right side. The electron is represented as a green sphere with a blue sphere in the middle, representing the protons, while the neutron is shown as a purple sphere.

The image also has a blue border around the edges, with the word "ThinkTac" written in red at the top. The background is white.

<image_62>The image is a diagram of a neutral atom, which is a type of chemical element. It consists of two spheres, one red and one blue, connected by arrows. The red sphere has a plus sign on it, indicating that it is a plus symbol. The blue sphere is a gain of electrons, which means that the loss of electrons is equal to the gain of the electrons in the neutral atom.

The image also has text that reads "Neutral atom" and "ThinkTac". This suggests that the image is related to the concept of neutral atoms and how they interact with each other.
</video><transcript><audio_63>gained by a neutral atom then the result is that a Charged particle is formed and this is called an ion for example sodium has 11 protons and 11 electrons however it can easily lose one</transcript>
<image_64>The image shows a piece of ice with the word "Na" written on it in capital letters. The ice appears to be a mineral, possibly a rock or a mineral specimen, with a rough, uneven surface. The background is a light blue color, and there are a few small rocks and crystals scattered around the ice. The image is taken from a top-down perspective, looking down on the ice and the rock.

<image_65>The image is a diagram of two protons, one on the left and the other on the right. The protons are arranged in a circular pattern, with the protons on the top and the electrons on the bottom.

On the left side of the image, there is a circle with a red dot in the center, representing the number of protons in each atom. The circle is labeled "Na" and "Na". On the right side, there are two smaller circles, labeled "11 protons" and labeled "10 electrons". The circles are labeled "zero overall charge".

The image also has a label that reads "Na", indicating that the image is related to the concept of zero overall charge. The background is white, and the text is in black.
<transcript><audio_66>electron the resulting cat has 11 protons and 10 electrons for an overall net charge of + one the unit of the the charge is electronic charge the ionic state of an atom or compound is represented by a superscript to the</transcript> together oxygen for example is most commonly found in its molecular form O2 two oxygen atoms bonded together an example of a commonly occurring compound that is composed of two different types of atoms is pure water or h2o the nucleus of an atom which contains both protons and neutrons remains unchanged after ordinary chemical reaction but atoms can readily gain or lose electrons if electrons are lost or gained by a neutral atom then the result is that a Charged particle is formed and this is called an ion for example sodium has 11 protons and 11 electrons however it can easily lose one electron the resulting cat has 11 protons and 10 electrons for an overall net charge of + one the unit of the the charge is electronic charge the ionic state of an atom or compound is represented by a superscript to the


<image_67>The image shows two equations written in black text on a white background. The equations are related to Na(11e) + 11p(y) - e = Na(10e+11p) and the equation (Cation) is written in the same text as the equation.

The equation is written as "Na(12e+ 12p) - 2e" and is written below the equation in black. The equation is used to calculate the weight of a molecule. The first equation is "Na" and it is written above the equation, while the second equation is below it.

There are two arrows pointing in opposite directions, one on the left side of the equation and the other on the right side. The arrows are pointing towards the left and right sides of the image, indicating that the equation should be written in a clear and concise manner. The background is plain white.
<transcript><audio_68>right of the chemical formula for example as shown here with na+ or mg2+ note that in the case of 1 plus or 1 minus the one is usually emitted from the</transcript><video>
<image_69>The image is a mathematical equation written in black text on a white background. The equation is written in the form of an anion (Anion) and is written as "Cl(17e + 17p) + e". The anion is represented by an arrow pointing to the left side of the equation, indicating that it is a chemical compound. The cl(18e+17p) is a compound that is composed of a compound with a compound of 17p and 17p.

<image_70>The image shows a hand holding a small glass bottle with a blue liquid inside. The bottle is placed on a grey surface and there is a small wooden stick next to it. The hand is holding the bottle with one hand and the other hand is pressing down on the blue liquid. The background is blurred, but it appears to be a desk or table.
</video><transcript><audio_71>nomenclature in contrast to the sodium atom the chlorine atom easily gains one electron to yield the chloride ion which is CL minus that is 7 1 protons and 18 electrons now you should also know about</transcript><transcript><audio_72>chemical Solutions and the solutes in chemistry a solution is a homogeneous mixture composed of two or more substances a solute is a substance dissolved in another substance known as a</transcript><video>
<image_73>The image shows a person's hands holding a small plastic container with a solution in it. The container is placed on a white paper with the word "Solution" written on it. There is a blue water bottle next to the container and a pen on the table. The background is blurred, but it appears to be a room with white blinds. The person is likely conducting a science experiment or experiment.

<image_74>The image shows a wooden spoon with a small amount of white sugar on it. The spoon is resting on a beige-colored fabric surface. The sugar appears to be finely ground and is spread evenly across the spoon. The handle of the spoon is made of light-colored wood and has a curved shape. The background is blurred, so the focus is on the spoon and the sugar.

<image_75>The image shows a glass of water with the word "SOLVENT" written on it in black letters. Next to the glass, there is a wooden spoon with a small amount of white powder on it. The spoon is resting on the edge of the glass. The background is white and the text "ThinkTac" is written in red at the top left corner of the image.
</video><transcript><audio_76>solvent as explained earlier hydrolysis is useful both in biology and chemistry you must be wondering what hydrolysis has to do with Biology in biology the the applications of hydrolysis as explained earlier have a lot to do with</transcript>
<image_77>The image is a graphic design that represents the concept of hydrolysis in biology. It has a green background with white text that reads "Hydrolysis In Biology" on the left side. On the right side of the image, there is an illustration of a microscope, a plant, a heart, and a test tube. The microscope is placed on a green leaf, and the plant is placed next to it. The test tube is filled with a red liquid, which is likely a chemical compound. The heart is red and appears to be a symbol of the human heart. The plant is green and has small leaves. The background is white, and there are small white stars scattered around the image.
 right of the chemical formula for example as shown here with na+ or mg2+ note that in the case of 1 plus or 1 minus the one is usually emitted from the nomenclature in contrast to the sodium atom the chlorine atom easily gains one electron to yield the chloride ion which is CL minus that is 7 1 protons and 18 electrons now you should also know about chemical Solutions and the solutes in chemistry a solution is a homogeneous mixture composed of two or more substances a solute is a substance dissolved in another substance known as a solvent as explained earlier hydrolysis is useful both in biology and chemistry you must be wondering what hydrolysis has to do with Biology in biology the the applications of hydrolysis as explained earlier have a lot to do with


<transcript><audio_78>digestion and range from breaking sugar molecules down in a body to participate in the release of stored energy from ATP which is adenosin triphosphate this little known molecule known as ATP is</transcript>
<image_79>The image is a 3D model of a molecular structure of an ATP molecule. The molecule is shown in a blue background with the word "ThinkTac" written in white text on the top left corner. The structure is made up of red and blue atoms arranged in a symmetrical manner, with the red atoms on the left side and the blue atoms in the middle. The atoms are connected by lines, creating a lattice-like structure. The blue atoms are arranged in an alternating pattern, with some atoms at the top and bottom of the structure.

The molecule appears to be a representation of the ATP molecule, which is a type of chemical compound that is used in the synthesis of amino acids.
<transcript><audio_80>the PowerHouse that stores energy in our body we get this energy from the food that we eat in order to get energy from the food the molecular Bonds in the ATP must be broken and this this is where hydrolysis comes in you may get a better</transcript>
<image_81>The image shows a sandwich with three cans of soda on top of it. The sandwich is made with a white bun and is filled with lettuce, tomato, and other vegetables. The cans are arranged in a pyramid-like shape, with the top can being the largest and the bottom two cans being the smallest. On the right side of the image, there are two batteries with the word "FOOD" written on them. The background is black, and the image is framed with a blue border.
<transcript><audio_82>idea from the diagram below now we will look into the applications of hydrolysis in chemistry in chemistry it can be defined as the reaction of cation or annion or both with the water molecule due to which its</transcript><video>
<image_83>The image is a diagram that shows the process of condensation and hydrophysics reactions. It consists of two boxes, one labeled "Condensation and Hydrophysics Reactions" and the other labeled "Hydrophysics".

The first box on the left side of the image is labeled "Concentration" and has a description of the process. The description explains that the process involves condensation, which is a process that involves the transfer of water from one liquid to another. The second box is labeled as "Water" and is used to transfer the water from the other end of the cycle.

There is also a red arrow pointing to the first box, indicating the direction of the reaction. The red arrow is pointing towards the second box, where the reaction takes place. The third box is labelled as "Hydrolysis" and shows the reaction taking place in the water. The fourth box is titled "Tigrophysics" and contains information about the reaction, such as the number of protons and neutrons in the reaction and the type of protone. The fifth box is numbered as "Opportunities of each other."

Overall, the image shows that the image represents the process in which the process takes place to

<image_84>The image is a structural representation of a hydroxide bond, which is a chemical compound made up of carbon atoms. The carbon atoms are arranged in a hexagonal structure, with the carbon atoms on the left side of the image and the hydroxyl bonds on the right side.

In the center of the diagram, there is a red arrow pointing towards the carbon atom, indicating the direction of the carbonation process. On the top left corner, there are two carbon atoms, one labeled "H" and the other labeled "OH", which are connected by a hydrogen atom.

On the top right corner, on the bottom left, there appears to be a carbon atom with a hydrographic water added to it. The hydrogen atom is connected to the hydroglysis (water added) atom, which has been added to the water. On top of the hydrogen atom, there seems to be another carbon atom. The image also has a label that reads "Condensation (water removed)".
</video><transcript><audio_85>pH is altered wherein the cleavage of the H bonds occur hydrolysis is called the opposite of the condensation reactions where where two molecules join together to form a larger one and eject</transcript><transcript><audio_86>a water molecule during hydrolysis water and the other reactants or both may be split into two or more parts hydrolysis reactions are generally one of three different types salt hydrolysis acid</transcript>
<image_87>The image is a slide from a presentation about hydrolysis. It has a blue background and white text. The title of the slide is "Hydrolysis: The reaction of cation or anion or both with the water molecule due to which its pH is altered, wherein the cleavage of the H-O-H bonds occur." Below the title, there is a title that reads "Types of Hydrolysis" in red and blue text.
<transcript><audio_88>hydrolysis and base hydrolysis although the breakdown of the water molecule is applied to all the types the reactants vary salt hydrolysis is where a soluble ionic salt is dissolved in water the water also quickly ionizes into</transcript>
<image_89>The image is a diagram that shows the process of hydrolysis of salts. It consists of a series of interconnected circles, each representing a different type of salt. The circles are connected by arrows, indicating the flow of water between them.

The first circle is labeled "Chlorine" and is connected to the second circle, which is labeled as "Salt". The third circle is labelled as "Hydrolysis" and has a yellow arrow pointing to it. The fourth circle is colored purple and has an orange arrow pointing towards it, indicating that it is the first step in the process. The fifth circle is color-coded to show the different types of salt, with the purple being the most prominent and the orange being the least prominent. The sixth circle is green and has two purple circles, representing the water molecules. The seventh circle is yellow and has three purple spheres, representing water molecules, and the eighth circle is red and purple. The ninth circle is orange and has four purple spheres. The tenth circle is blue and has six purple spheres in it, representing salt molecules.

At the top of the image, there is a title that reads "Hydrology of Salts: Introduction".

<image_90>The image shows a small glass bottle of salt on a wooden surface. The salt is spilling out of the bottle onto the surface, creating a cloud of white powder. The word "SALT" is written in the center of the image in a cursive font. The background is a wooden table with a light brown color.
<transcript><audio_91>hydroxide annion and hydrogen c i which then hydrate to form hydronium ions which is h3o+ the salt in our case sodium chloride when dissolved in water breaks into sodium ions and chloride ions this</transcript> digestion and range from breaking sugar molecules down in a body to participate in the release of stored energy from ATP which is adenosin triphosphate this little known molecule known as ATP is the PowerHouse that stores energy in our body we get this energy from the food that we eat in order to get energy from the food the molecular Bonds in the ATP must be broken and this this is where hydrolysis comes in you may get a better idea from the diagram below now we will look into the applications of hydrolysis in chemistry in chemistry it can be defined as the reaction of cation or annion or both with the water molecule due to which its pH is altered wherein the cleavage of the H bonds occur hydrolysis is called the opposite of the condensation reactions where where two molecules join together to form a larger one and eject a water molecule during hydrolysis water and the other reactants or both may be split into two or more parts hydrolysis reactions are generally one of three different types salt hydrolysis acid hydrolysis and base hydrolysis although the breakdown of the water molecule is applied to all the types the reactants vary salt hydrolysis is where a soluble ionic salt is dissolved in water the water also quickly ionizes into hydroxide annion and hydrogen c i which then hydrate to form hydronium ions which is h3o+ the salt in our case sodium chloride when dissolved in water breaks into sodium ions and chloride ions this


<transcript><audio_92>reaction happens because water is a polar molecule and hence has the ability to break apart the salt molecule into the separate ions an acid or base behaves as a catalyst which drives the</transcript><video>
<image_93>The image is a diagram of a partial negative charge, which is a chemical reaction between two elements. The molecule is represented by a red sphere in the center, with two blue spheres on either side of it. The red sphere is connected to two white spheres, one on top of the other, which are connected by arrows. The arrows are pointing towards the red sphere, indicating that the electrons are pulled toward oxygen.

There is also a yellow speech bubble above the diagram that reads "Electrons are pulled towards oxygen." This suggests that the image is related to the chemical reaction. The text below the diagram explains that the two elements are part of a positive charge, and that they are responsible for the positive charge.

<image_94>The image is a structural formula of a chemical compound. It consists of two carbon atoms, R1 and R2, connected by a double bond. The carbon atoms are arranged in a way that they form a ring around the ring, with the R1 atom at the top and the R2 atom in the middle.

At the bottom of the image, there is a formula written in black text that reads "R1, R2" and "R3, R4, R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, R15, R16, R17, R18, R19, R20, R21, R22, R23, R24, R25, R26, R27, R28, R29, R30, R31, R32, R33, R34, R35, R36, R37, R38, R39, R40, R41, R42, R43, R44, R45, R46, R47, R48, R50, R51, R52, R53, R54, R55, R56, R57
</video><transcript><audio_95>reaction forward towards completion an acid hydrolysis reaction involves water behaving as an acid and donates an H+ ion also proton into the solution this reaction can be carried out in the</transcript><transcript><audio_96>presence of acids like HCL which is hydrogen chloride or hydrochloric acid or h2so4 that's hydrogen sulfate or sulfuric acid for example the reaction below where ethy acetate and water can</transcript>
<image_97>The image is a structural formula of a chemical compound. It consists of two carbon atoms, one on the left side of the image and the other on the right side. The carbon atoms are arranged in a way that they form a double bond, with the carbon atoms on the top and bottom of the molecule.

The carbon atom on the bottom left is connected to the carbon atom in the middle, which is represented by a circle. The molecule on top is also connected by a ring, which represents the bond between the two atoms. The ring is also represented by the ring, and the molecule in the center is represented as a circle with a ring inside it. The molecules are connected by lines and arrows, indicating the direction of the bonds between them. The image appears to be a representation of the chemical compound's structure.
<transcript><audio_98>be heated and you get acetic acid and ethanol here ethy acetate is an ester which reacts with water to form an acid and an alcohol in the above reaction the Ester is boiled in water a base</transcript> reaction happens because water is a polar molecule and hence has the ability to break apart the salt molecule into the separate ions an acid or base behaves as a catalyst which drives the reaction forward towards completion an acid hydrolysis reaction involves water behaving as an acid and donates an H+ ion also proton into the solution this reaction can be carried out in the presence of acids like HCL which is hydrogen chloride or hydrochloric acid or h2so4 that's hydrogen sulfate or sulfuric acid for example the reaction below where ethy acetate and water can be heated and you get acetic acid and ethanol here ethy acetate is an ester which reacts with water to form an acid and an alcohol in the above reaction the Ester is boiled in water a base


<transcript><audio_99>hydrolysis resembles a reaction for base dissociation a very common weak base that dissociates in water is ammonia the reaction is as follows in the hydrolysis of ammonia the the ammonia molecule accepts a proton</transcript><video>
<image_100>The image is a 3D model of a molecule, which is a chemical compound called Ammonia. The molecule is made up of two atoms, one on top of the other, connected by a double bond. The atoms are blue in color and are arranged in a symmetrical manner. The blue atom is the largest and the two white atoms are smaller and are connected to each other. The white atoms have the letters "NH3" written on them, which are likely the chemical compound's name. The background of the image is white, and there is a logo for ThinkTac on the top left corner.

<image_101>The image shows two chemical formulas written in black text on a white background. The formulas are for NH, which accepts a proton from water. The first formula is NH3, which is the base of the equation. The second formula is H2O, which means that the proton is equal to NH3 + OH. The equation is written in red text. The background is plain white.
</video><transcript><audio_102>from water thereby producing a hydroxide ion as a byproduct now both these reactions follow a theory known as bronsted Lowry acid theory in 1923 chemists Johannes Nicholas bronstad and</transcript>
<image_103>The image is a title slide for a presentation on Bronsted-Lowry Theory. It has a light blue background with white text. The title of the presentation is written in a bold, sans-serif font and is centered in the middle of the slide. Below the title, there is a smaller text that reads "ThinkTac" in a smaller font size. The word "Bronsted" is slightly larger than the rest of the text.
<transcript><audio_104>Thomas Martin Lowry independently developed definitions of acids and bases based on the compounds abilities to either donate or accept protons that is hydrogen ions in this Theory acids are defined as proton donors whereas bases</transcript><transcript><audio_105>are defined as proton acceptors a compound that acts as both which is a bronsted Lowry acid and base is called amphoteric a very simple Theory which is followed to find out if the substance is a base or an acid is to count the</transcript>
<image_106>The image shows two bottles, one labeled "Acid" and the other labeled "Base". The Acid bottle is on the left side of the image and has a blue liquid inside. The Base bottle is in the center and is filled with a light blue liquid. On the right side, there is a white circle with the letter "H" in the middle, representing the chemical element. The background is a light beige color. The image is accompanied by text that reads "Bronsted-Lowry Theory" and "ThinkTac".
 hydrolysis resembles a reaction for base dissociation a very common weak base that dissociates in water is ammonia the reaction is as follows in the hydrolysis of ammonia the the ammonia molecule accepts a proton from water thereby producing a hydroxide ion as a byproduct now both these reactions follow a theory known as bronsted Lowry acid theory in 1923 chemists Johannes Nicholas bronstad and Thomas Martin Lowry independently developed definitions of acids and bases based on the compounds abilities to either donate or accept protons that is hydrogen ions in this Theory acids are defined as proton donors whereas bases are defined as proton acceptors a compound that acts as both which is a bronsted Lowry acid and base is called amphoteric a very simple Theory which is followed to find out if the substance is a base or an acid is to count the


<image_107>The image is a cartoon illustration of a yellow lemon character with arms and legs, standing on its hind legs with a surprised expression on its face. Next to the lemon character, there is a glass of milk with a straw sticking out of it. The glass is filled with milk and has a speech bubble above it that reads "Acid". The text in the speech bubble reads "Take this! And get it!" The background is white.
<transcript><audio_108>hydrogen atoms in the compound before and after the reaction if the number of hydrogen atoms has decreased that substance is the acid that is it donates hydrogen ions if the number of hydrogen atoms has increased that substance is</transcript><transcript><audio_109>the base that is it accepts hydrogen ions now let's talk a little bit about electrolysis the term electrolysis was first coined by Michael Faraday in the 19th century on the suggestion of</transcript>
<image_110>The image is a graphic representation of an electrolysis process. It shows a blue rectangular box with a green background. Inside the box, there are three resistors - one orange, one yellow, and one blue - connected by a white wire. The orange resistor is on the left side of the box and the yellow resistor is in the middle. The blue resistor is connected to the orange resistor on the right side. The white wire is on top of the blue resistor. The image is accompanied by the text "Electrolysis" in white letters.

<image_111>The image is a graphic design with a green background and white text. The text reads "electrolysis" in a bold, sans-serif font. Below the text, there is a blue waveform with the words "electrical current flow" written in white. The waveform appears to be a representation of an electrical current flow. The overall design is modern and minimalistic.
<transcript><audio_112>Reverend William vuel using the Greek words electron which is Amber and lisses which is dissolution electrolysis is a process where an electric current is passed through a solution to cause the chemical change this is the process that you have</transcript><transcript><audio_113>performed in your experiment as stated earlier every ionic compound consists of ions EG sodium chloride contains positively charged sodium ions and negatively charged chloride ions when such ionic compounds are dissolved in</transcript>
<image_114>The image is a diagram of a group of six purple circles arranged in a circular pattern on a white background. The circles are labeled with the letters "Na+", "Na +", and "Na". The circles appear to be connected by a thin line, indicating that they are connected to each other. The background is a solid white color, and there is a black marker on the right side of the image. The image appears to be a logo or icon for a company or organization.
<transcript><audio_115>water the ions become free to move during electrolysis the positively charged ions move towards the negative electrode and the negatively charged ions move towards the positive electrode thus the positively charged ions receive</transcript>
<image_116>The image is a graphic design with a blue background. On the left side of the image, there are two orange boxes with a white plus sign on them. The boxes are connected by a series of green and red circles with a plus sign in the center. The circles are arranged in a way that they are overlapping each other. The overall design is simple and cartoon-like.
<transcript><audio_117>electrons and the negatively charged ions lose electrons similarly in your experiment when you pass electricity through the salt solution the sodium and the chlorine ions get collected at their respective electrodes the metal</transcript> hydrogen atoms in the compound before and after the reaction if the number of hydrogen atoms has decreased that substance is the acid that is it donates hydrogen ions if the number of hydrogen atoms has increased that substance is the base that is it accepts hydrogen ions now let's talk a little bit about electrolysis the term electrolysis was first coined by Michael Faraday in the 19th century on the suggestion of Reverend William vuel using the Greek words electron which is Amber and lisses which is dissolution electrolysis is a process where an electric current is passed through a solution to cause the chemical change this is the process that you have performed in your experiment as stated earlier every ionic compound consists of ions EG sodium chloride contains positively charged sodium ions and negatively charged chloride ions when such ionic compounds are dissolved in water the ions become free to move during electrolysis the positively charged ions move towards the negative electrode and the negatively charged ions move towards the positive electrode thus the positively charged ions receive electrons and the negatively charged ions lose electrons similarly in your experiment when you pass electricity through the salt solution the sodium and the chlorine ions get collected at their respective electrodes the metal


<transcript><audio_118>compounds and or Metals get precipitated and the gases Escape electrolysis is widely used for electroplating it is a process of coating one metal with another by the process of hydrolysis this prevents corrosion of the base</transcript><video>
<image_119>The image is a graphic design with a light blue background. In the center of the image, there is an orange coin with a pound sign on it. Above the coin, there are green text that reads "Electroplating" in a bold font. The text is centered on the image and is in a sans-serif font.

<image_120>The image shows a person's hand wearing a blue glove holding a pair of scissors and a small copper-colored object. The object appears to be a key or a keychain, and it is being inserted into a beaker filled with blue liquid. The person is using the scissors to remove the keychain from the beaker. The background is blurred, but it seems like the person is working in a laboratory or laboratory setting.
</video>
<image_121>The image is a close-up of a pile of small, irregularly shaped rocks or pebbles. The rocks are black and appear to be of different sizes and shapes, with some being larger and some being smaller. The texture of the rocks is rough and uneven, with small bumps and grooves visible. The image is taken from a top-down perspective, looking down on the pile. The background is a solid blue color, making the rocks stand out even more.
<transcript><audio_122>metal it must be noted that there are four main industrial ways of producing hydrogen from natural gas oil coal and Via electrolysis out of these globally the least amount of hydrogen is produced</transcript><video>
<image_123>The image shows a large industrial area with a conveyor belt running through it. The conveyor belts are blue and yellow in color and are arranged in a grid-like pattern. There are several rows of blue bins on the belt, which appear to be part of a larger machine or equipment. On the right side of the image, there are several workers working on the conveyor system, and on the left side, there is a large warehouse or factory. The image is taken from a high angle, looking down on the factory floor. The background is blurred, but it appears to be an indoor space with other machinery and equipment visible. The word "ThinkTac" is written in white text on the top left corner.

<image_124>The image shows a hand holding a small island with a solar panel and three wind turbines on it. The island is surrounded by green grass and trees. The sky is blue with white clouds and the sun is shining brightly in the top left corner. The wind turbines are tall and white, with their blades pointing upwards. The solar panel is blue and rectangular in shape, and it is placed on top of the island. The hand is positioned in a way that suggests that the image is meant to represent the concept of renewable energy.

<image_125>The image shows a chimney with a large cloud of white smoke coming out of it. The smoke is billowing from the chimney and appears to be coming from a pipe. The sky in the background is a deep blue with some clouds scattered across it. On the top left corner of the image, there is a logo that reads "ThinkTac". The image is taken from a low angle, looking up at the smoke.
</video><transcript><audio_126>by electrolysis around 4% of the total hydrogen produced in the world although electrolysis is one of the best options for producing hydrogen from renewable sources this is only because all the other sources produce byproducts like</transcript> compounds and or Metals get precipitated and the gases Escape electrolysis is widely used for electroplating it is a process of coating one metal with another by the process of hydrolysis this prevents corrosion of the base metal it must be noted that there are four main industrial ways of producing hydrogen from natural gas oil coal and Via electrolysis out of these globally the least amount of hydrogen is produced by electrolysis around 4% of the total hydrogen produced in the world although electrolysis is one of the best options for producing hydrogen from renewable sources this is only because all the other sources produce byproducts like


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<image_127>The image shows a molecular model of a molecule, which consists of two spheres, one red and one white, connected by a line. The red sphere is on the left side of the image, while the white sphere is in the center. The two spheres are on the right side, with the red sphere on the top left and the white spheres on the bottom right.

There are two lines connecting the two spheres - 2H2O and 2H3O. The lines are labeled as "2H2" and "O2". The background is white, and there is a watermark in the top right corner that reads "ThinkTac".

<image_128>The image shows a close-up of a vertical panel with a gray background. The panel appears to be made of metal or plastic and has a smooth, glossy finish. The edges of the panel are slightly curved, giving it a modern and sleek look. The background is blurred, making the panel the focal point of the image. The word "ThinkTac" is written in pink on the top left corner, indicating that the panel is part of a larger product or service.

<image_129>The image shows a 3D rendering of a vertical panel with a black square in the center. The panel appears to be made of metal and has a textured surface with vertical lines running horizontally across it. The vertical lines are arranged in a grid-like pattern, creating a sense of depth and dimension. The background is a light grey color, and the panel itself is black. The image is taken from a low angle, looking up at the panel. The text "ThinkTac" is visible in the top left corner of the image.

<image_130>The image shows a 3D model of a large industrial machine with two large cylindrical pipes on top of it. The machine appears to be made of metal and has a rectangular shape with a flat base. The pipes are connected to a central control panel on the right side, which is likely used to control the flow of liquids or gases. The control panel is located on the left side of the machine and is supported by four wheels on the bottom. The background is plain white, making the machine stand out.

<image_131>The image shows a 3D rendering of a large industrial air conditioning unit. The unit is made of metal and has a cylindrical shape with a flat top and a flat bottom. It has multiple horizontal slats that are arranged in a grid-like pattern. The slats are evenly spaced and appear to be made of a shiny, metallic material. There are four legs at the bottom of the unit, which are likely used to support it. On top of the slats, there is a large, cylindric fan-like structure that is used to circulate air throughout the unit. On the right side, there are two smaller, rectangular structures that are connected by a series of pipes and tubes. The overall appearance of the device is sleek and modern.
</video><transcript><audio_132>carbon dioxide carbon monoxide and other greenhouse gases electrolysis dissociates water into hydrogen and oxygen this reaction takes place in a unit called an electrolyzer electrolyzers consist of an</transcript>
<image_133>The image is a diagram of a hydrogen electrolyzer, which is a type of electrolytic device used to transfer electrons from hydrogen to oxygen. The electrolyzer is made up of a series of hexagonal cells, which are arranged in a hexagonal pattern. The cells are connected by two hydrogen rods, one on the left side of the image and the other on the right side. The hydrogen rods are labeled with the letters "H2O" and "Oxygen" respectively.

The hydrogen rods represent hydrogen and oxygen, while the oxygen rods represent oxygen and hydrogen. The image also shows the different types of electrolytes used in the electrolytic process, such as hydrogen, hydrogen, and oxygen.
<transcript><audio_134>anode and a cathode separated by an electrolytic medium a simple diagram below will help you understand it better water reacts at the anode to form oxygen and positively charged hydrogen</transcript>
<image_135>The image is a diagram that shows the structure of a cathode and anode. The cathode is represented by a pink circle on the left side of the image. On the right side, there is an anode with a white circle in the center. The anode has a red circle on top of it and a green circle on bottom. The background is a light grey color.

There are two lines in the image, one on the top left corner and the other on the bottom right corner. The lines are connected by a thin white line. The first line is labeled "H2O" and the second line is labelled "OH". The lines intersect at the top and bottom of the diagram. The diagram appears to be a representation of the two types of cathode structures.
<transcript><audio_136>ions the electrons flow through an electric circuit and the hydrogen ions move across the membrane called polymer electrolyte membrane towards the cathode here the hydrogen ions combin with the electrons from the external circuit to</transcript><transcript><audio_137>form hydrogen gas the reaction taking place inside the units are as seen here the cathode reaction and the anode reaction what's happening in the experiment that that was just concluded why does it appear so</transcript>
<image_138>The image shows a pair of hands holding a pair scissors and a green string. The scissors are being used to cut through the string, which is attached to a small metal hook. The hook appears to be made of metal and has a pointed tip. The background is a plain grey surface. The hands are positioned in a way that suggests they are in the process of tying the string.
<transcript><audio_139>complicated with so many precipitates and changes first of all let us look at the chemical composition of the reactants used there was ion in the nails at the anode feric ions are formed there's the electrolyte that consists of</transcript> carbon dioxide carbon monoxide and other greenhouse gases electrolysis dissociates water into hydrogen and oxygen this reaction takes place in a unit called an electrolyzer electrolyzers consist of an anode and a cathode separated by an electrolytic medium a simple diagram below will help you understand it better water reacts at the anode to form oxygen and positively charged hydrogen ions the electrons flow through an electric circuit and the hydrogen ions move across the membrane called polymer electrolyte membrane towards the cathode here the hydrogen ions combin with the electrons from the external circuit to form hydrogen gas the reaction taking place inside the units are as seen here the cathode reaction and the anode reaction what's happening in the experiment that that was just concluded why does it appear so complicated with so many precipitates and changes first of all let us look at the chemical composition of the reactants used there was ion in the nails at the anode feric ions are formed there's the electrolyte that consists of


<transcript><audio_140>sodium chloride dissolved in water the sodium chloride and the water dissociate into ions now we shall see what reactions these May undergo hyro chloride is</transcript>
<image_141>The image is a slide from a presentation on reactions during iron-salt water electrolysis. The slide has a white background and black text. The title of the slide is "Reactions During Iron-Salt Water Electrolysis" and it is written in a bold font. Below the title, there is a subtitle that reads "Electrolysis: Electrolytic: Salt (Nac) water".

The slide also has a brief description of the reaction, which states that the reaction involves electrolysis of iron, electrolysis, salt (nac), and water. The reaction is made up of a series of concentric circles, which are used to represent the different components of the electrolysis process. The circles are arranged in a grid-like pattern, with each component represented by a different color. The text is in a larger font size and is centered on the slide.
<transcript><audio_142>formed sodium hydroxide is formed chloride ions react with the feric ions to form feric chloride Ferris ions react with the hydrogen chloride to form Ferris chloride and hydrogen gas the ferris</transcript>
<image_143>The image is a diagram that shows the structure of a green rust molecule. The molecule is made up of two carbon atoms, one on the left side and one in the center. The carbon atoms are arranged in a grid-like pattern, with the green rust atoms on the top and the carbon atoms in the middle.

On the right side of the image, there is a blue molecule with a yellow molecule attached to it. The blue molecule is connected to the yellow molecule by a black wire. The yellow molecule has a blue ring around it, which is likely the nucleus of the molecule.

There are also two black spheres, one of which is the carbon atom, and the other is the hydrogen atom. The hydrogen atom is connected by a green ring, which appears to be the nucleus. The green ring is the nucleus, and it is surrounded by a yellow ring.
- X-Ct, CO2, SO2, and CO2 molecules are also connected by the green ring. The image also has a label that reads "ThinkTac" at the top, indicating that it is a product of ThinkTac.
<transcript><audio_144>chloride feric chloride and sodium hydroxide react to form the green precipitate this is a complex crystal structure of both Ferris and feric hydroxy chloride the idealized formula</transcript><video>
<image_145>The image is a diagram that shows the reactions during iron-salt water electrolysis. It is divided into three sections.

The first section is titled "Reactions During Iron-Salt Water Electrolysis" and it explains that the reaction is made up of the chemical structure of the crystal structure of iron. The structure is composed of a group of atoms arranged in a circular pattern, with each atom represented by a different color. The atoms are arranged in two rows, with the largest atom on the left and the smallest on the right.

On the left side of the image, there is a list of reactants, which are the reactions that occur during the reaction. The reactants are:

- Electrolyte (electrolytes) (electromagnetic) (NAC) (nAC) - NAC) and NAC (nac) are the reactants that react to the reaction, while the reactant on the top row is the reaction of the reaction in the center of the circle.
- Hydroxide (hydroxide layer) is a layer of hydroxide, which is the layer of the electrolyte layer. This layer is responsible for the formation of the hydroxides in the

<image_146>The image shows a person's hand pouring a green liquid from a bottle into a transparent glass. The glass is placed on a black surface and the liquid appears to be white in color. The bottle is tilted slightly to the right, as if the person is about to pour the liquid into the glass.
</video><transcript><audio_147>is given here as well which consists of ion hydroxide sheets which alternate with interlayers made of chloride ions and water molecules truly very complicated reactions that go on in this reaction and giving us interesting</transcript><video>
<image_148>The image shows a person's hand holding a small glass container filled with blue liquid. The container appears to be made of glass and has a copper strip attached to it. The copper strip is being used to attach the copper strip to the glass container. The water in the container is also blue and there is a small amount of copper strip visible in the glass. The background is a plain white surface. The image is accompanied by text that reads "Place the copper stripes in glass containing CuSO, water in such a way that some part of the copper strips are exposed to the air."

<image_149>The image shows a glass container containing CuSO, which is a type of copper strip. The container is placed on a white surface and has a blue liquid inside. The copper strip is attached to the glass with a black wire. There is also a small black and white object next to the container. A person's hand is visible on the left side of the image, holding the copper strip and placing it in the glass container. The text on the image explains that the copper strips are exposed to the air.

<image_150>The image shows a laboratory glassware with a blue liquid inside. The liquid appears to be a mixture of blue and green colors. On the left side of the image, there is a white tube with a green wire attached to it. The tube is connected to a copper strip, which is being used to reduce the reduction of copper on the strip. On top of the copper strip is a small square-shaped object, which could be a component of the experiment. The image also has text labels that read "Reduction of copper-on-strip" and "Deposited copper on strip".
</video><transcript><audio_151>precipitates with some of the other variations you get simpler reactions as you can analyze by the variations for example copper and copper sulfate may be worth trying to figure out what the reactions there are some scientific</transcript> sodium chloride dissolved in water the sodium chloride and the water dissociate into ions now we shall see what reactions these May undergo hyro chloride is formed sodium hydroxide is formed chloride ions react with the feric ions to form feric chloride Ferris ions react with the hydrogen chloride to form Ferris chloride and hydrogen gas the ferris chloride feric chloride and sodium hydroxide react to form the green precipitate this is a complex crystal structure of both Ferris and feric hydroxy chloride the idealized formula is given here as well which consists of ion hydroxide sheets which alternate with interlayers made of chloride ions and water molecules truly very complicated reactions that go on in this reaction and giving us interesting precipitates with some of the other variations you get simpler reactions as you can analyze by the variations for example copper and copper sulfate may be worth trying to figure out what the reactions there are some scientific


<transcript><audio_152>terms that we've used pH is a figure expressing the acidity or alkalinity of a solution on a logarithmic scale on which seven is neutral lower values are more acidic and higher values are more alkaline mathematically defined as the</transcript>
<image_153>The image is a graph that shows the relationship between energy and reaction progress. The x-axis of the graph is labeled "Energy" and the y-axis is labeled as "Reaction Progress".

The graph has a red line that starts at the bottom and gradually increases to the top, indicating that the energy is higher than the reaction. The red line represents the reaction progress, while the blue line represents a decrease in the energy.

There are two lines on the graph, one in red and one in black. The first line is labeled with the word "Energy", indicating that it is the energy of the reaction, and the second line is labelled with the words "E. (no catalytic)". The graph also has a legend that explains the meaning of each line. The background of the image is white, and there is a blue border around the graph.
<transcript><audio_154>negative logarithm with base 10 of the hydrogen ion concentration in a solution a catalyst is a substance that that increases the rate of a chemical reaction without undergoing any permanent chemical change</transcript><transcript><audio_155>itself the bronzed Lowry Theory according to this Theory an acid is a proton donor and a base is a proton acceptor an electrolyzer is a vessel with an electrolyte in which electrodes a cathode and an anode have been placed</transcript><transcript><audio_156>the cathode is connected to the negative pole and the anode is connected to the positive pole a polar molecule is one where a neutral molecule orients itself as a dipole with partial opposing charges in</transcript><transcript><audio_157>different directions for example water which has a triangular molecular shape where the hydrogen atoms form the positive base of the triangle and the oxygen atom the negative vertex today's power grid is not very</transcript>
<image_158>The image is a molecular model of a water molecule, specifically a water (H2O) molecule. The molecule is shown in the center of the image, with a red sphere in the middle. The red sphere is connected to two white spheres, one on each side, with the letters "H" and "104.5" written on them. On the right side of the molecule, there is a diagram of the dipole moment, which is a measure of the amount of water in the molecule.

The molecule appears to be made up of two carbon atoms, one at the top and one at each end, connected by a series of lines. The lines connecting the two atoms represent the water molecules. The diagram also includes a label that reads "Dipole moment" and an arrow pointing to the right, indicating the direction of the water flow. The background is white.

<image_159>The image is a graphic that shows the strength of greenhouse gases. It has a yellow background with the word "ThinkTac" written in red at the top. Below that, there is a green circle with the words "Strength of Greenhouse Gases" written on it.

In the center of the image, there are three circles, each representing a different type of greenhouse gas. The first circle is labeled "Nitrous Oxide" and has a red circle with a white label that reads "Methane". The second circle is labelled "28 molecules of O2" and contains a green label that says "265 molecules of B2". The third circle is colored green and has an orange label.

The overall color scheme of the graphic is orange and green, and the text is written in black.
<transcript><audio_160>ideal for providing the electricity required for electrolysis because of the emission of the harmful greenhouse gases and the ample amount of energy used this also requires high amount of fuel due to the low efficiency of the electricity</transcript> terms that we've used pH is a figure expressing the acidity or alkalinity of a solution on a logarithmic scale on which seven is neutral lower values are more acidic and higher values are more alkaline mathematically defined as the negative logarithm with base 10 of the hydrogen ion concentration in a solution a catalyst is a substance that that increases the rate of a chemical reaction without undergoing any permanent chemical change itself the bronzed Lowry Theory according to this Theory an acid is a proton donor and a base is a proton acceptor an electrolyzer is a vessel with an electrolyte in which electrodes a cathode and an anode have been placed the cathode is connected to the negative pole and the anode is connected to the positive pole a polar molecule is one where a neutral molecule orients itself as a dipole with partial opposing charges in different directions for example water which has a triangular molecular shape where the hydrogen atoms form the positive base of the triangle and the oxygen atom the negative vertex today's power grid is not very ideal for providing the electricity required for electrolysis because of the emission of the harmful greenhouse gases and the ample amount of energy used this also requires high amount of fuel due to the low efficiency of the electricity


<transcript><audio_161>generation processes hydrogen produced V electrolysis is being pursued for renewable and nuclear energy options renewable energy like wind energy can be effectively used to perform this electrolysis as said earlier is used for</transcript><video>
<image_162>The image shows a wind farm in the middle of the ocean. The wind farm is located in the center of the image, with three wind turbines on the right side. The turbines are tall and white, with a yellow base. The ocean is a deep blue, with small waves visible at the bottom. The sky is clear and blue, and the horizon line is visible in the distance. The image appears to be taken from a distance, looking out towards the horizon. The word "ThinkTac" is written in white text on the top left corner.

<image_163>The image shows a close-up of a machine in a factory or workshop. The machine appears to be made of metal and has multiple arms and legs. The arms are attached to the machine with wires and cables. The legs of the machine are white and appear to be attached to a metal frame. In the background, there are other machines and equipment, suggesting that the machine is in the process of being worked on. The image is taken from a high angle, looking down on the machine.
</video><transcript><audio_164>electroplating metals like copper gold or silver it results in the synthesis of useful chemicals substances like Organo phosphates and suany Uria Esters are hydrolized to form chemicals and</transcript><video>
<image_165>The image is a slide from a presentation about formed through hydrolysis. It has a blue background and white text. The title of the slide is "Formed Through Hydrolysis" and it is written in bold letters at the top. Below the title, there is a list of different types of hydrolytic acids, including pesticides/insecticides, glucose, fructose, soap, and amino acids. The list is arranged in a table format with columns for each type of acid.

<image_166>The image shows a man wearing a traditional Indian outfit and a turban, spraying pesticides on a green field. He is holding a sprayer with a hose attached to it and is spraying water onto the field. The man appears to be in the process of spraying the pesticides, as there is a large amount of water coming out of the sprayer. The field is vast and green, and the sky is visible in the background. The image appears to have been taken during the day, as the sun is shining brightly.
</video><transcript><audio_167>pesticides hydrolysis of sucrose results in the production of glucose and fructose which is widely used in the food industry soap is another product formed by hydrolysis hydrolysis is the process by</transcript>
<image_168>The image shows two rectangular soap bars stacked on top of each other. The soap bars are made of cardboard and have a label on the top with the word "Sangria" written in a cursive font. The label also has an illustration of a cat and a flower. The top bar is a light yellow color, while the bottom bar is pink with a swirl pattern. Both soap bars appear to be new and unused. The background is white.
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<image_169>The image is an illustration of a cell with a battery attached to it. The cell is rectangular in shape and has a blue background. On top of the cell, there is a grid of red circles with white crosses on them. The circles are arranged in a grid-like pattern. Below the grid, there are two gold-colored wires connected to the cell. On the bottom right corner of the image, the word "CELL" is written in black letters. The image appears to be a representation of the concept of cell technology.

<image_170>The image is a digital illustration of a calculator with a blue background. The calculator has a rectangular shape with a grid-like pattern on the right side. On the left side of the calculator, there are nine red and green buttons arranged in a circular pattern. Each button has a white plus sign on it, indicating that it is a plus sign. The buttons are of different sizes and colors, including red, green, and blue. There are also two black lines on the bottom right corner of the image, which may represent the calculator's functions. The image also has the word "ThinkTac" written in white at the top.

<image_171>The image is a digital illustration of a test tube with multiple red and green plus signs on it. The test tubes are arranged in a grid-like pattern, with each test tube having a different color - red, green, and white. The red plus sign is in the center of the image, while the green and white plus signs are scattered around it. There are also two black lines on the right side of the test tube, which appear to be test tubes. The background is a light blue color, and there is a watermark in the top left corner that reads "ThinkTac".

<image_172>The image shows a group of different types of oxygen tanks in a warehouse. There are several large cylinders of different sizes and colors, including black, red, green, and blue. The cylinders are arranged in a row, with some standing upright and others leaning against a metal rack. The background shows a high ceiling with metal beams and a sign that reads "ThinkTac". The image appears to be taken from a high angle, looking down on the tanks.
</video><transcript><audio_173>which chemical compounds are broken apart by addition of water and electrolysis is a process of splitting the ions of a compound by passing electricity in an aquous me medium the gases formed in electrolysis are</transcript> generation processes hydrogen produced V electrolysis is being pursued for renewable and nuclear energy options renewable energy like wind energy can be effectively used to perform this electrolysis as said earlier is used for electroplating metals like copper gold or silver it results in the synthesis of useful chemicals substances like Organo phosphates and suany Uria Esters are hydrolized to form chemicals and pesticides hydrolysis of sucrose results in the production of glucose and fructose which is widely used in the food industry soap is another product formed by hydrolysis hydrolysis is the process by which chemical compounds are broken apart by addition of water and electrolysis is a process of splitting the ions of a compound by passing electricity in an aquous me medium the gases formed in electrolysis are