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A011/0002 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_2_6f446fc9b503bc64d316b0c29a75de00.png",
"A011_dataset_reference_2_627c5627ae634169d519c096635cf039.png",
"A011_dataset_difference_2_c96352f49b82291ea2676db4d30f20e0.png"
] | mcq | astronomy | en |
A011/0003 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_3_8eaa59c02d30bc8cabb0480afb3a3799.png",
"A011_dataset_reference_3_c245f2ac6bb1f8a5e589a04dff7d6189.png",
"A011_dataset_difference_3_bd3179434209e1d924f3e08f87df0886.png"
] | mcq | astronomy | en |
A011/0004 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_4_4227937aadb6494d4fe654d55a58c1fb.png",
"A011_dataset_reference_4_e0d39f800df11fad839449b241538338.png",
"A011_dataset_difference_4_c980c9650e60806802375beb557acbe7.png"
] | mcq | astronomy | en |
A011/0005 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_5_b21183f1e7c34e213d361439f51f3b69.png",
"A011_dataset_reference_5_0df1202fcd3ea7e3f84a47aceda9f367.png",
"A011_dataset_difference_5_f8f7933f78ba26bfafaf4132c3bfc3f0.png"
] | mcq | astronomy | en |
A011/0006 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_6_62bd0dcde14fc09e0ddb3f400daccdf9.png",
"A011_dataset_reference_6_712548261fbbf03754fd38f84ef7457c.png",
"A011_dataset_difference_6_5fa7caa7432e0842321759507e23a206.png"
] | mcq | astronomy | en |
A011/0007 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_7_a051221bd948925253289e27356e3fb7.png",
"A011_dataset_reference_7_7a9a636e3c8d6bb39d46fd852b8eb317.png",
"A011_dataset_difference_7_f628dc73d21a74f998290af0d0322333.png"
] | mcq | astronomy | en |
A011/0008 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_8_c0f2e8b03649cdd5ce6e5dd605b92191.png",
"A011_dataset_reference_8_a5ddf4d73b8ccffed92f9a97cd82fe22.png",
"A011_dataset_difference_8_94c03ad5e8ab0916c8f7f87ae9c6413f.png"
] | mcq | astronomy | en |
A011/0009 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_9_791fa8b6553f0fc3ec5d819ec3dcee25.png",
"A011_dataset_reference_9_4dff47396b6c52f271af3cf8ec610ce6.png",
"A011_dataset_difference_9_7b464032227cbe4611152c0a62e1635d.png"
] | mcq | astronomy | en |
A011/0010 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_10_1d24ff1be38a915edc8f1e83f4af3dd6.png",
"A011_dataset_reference_10_2e4861e5688d8d49edc65409f4a6b292.png",
"A011_dataset_difference_10_efa35d4633a55854e4e002b789788fb2.png"
] | mcq | astronomy | en |
A011/0011 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_11_27e33e0674c8e5d3ace4e14020d0f80c.png",
"A011_dataset_reference_11_9ce32a58d230155bea2010de05ba58c2.png",
"A011_dataset_difference_11_28e23df9e635399d62765d19feaf94fd.png"
] | mcq | astronomy | en |
A011/0012 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_12_46b5a1bb6306151403f1c1efc512efc4.png",
"A011_dataset_reference_12_2aa9bf7823be0dcc671d173e2ec0d2fc.png",
"A011_dataset_difference_12_c1e2f079d63478a3cc2a9ee93ef72237.png"
] | mcq | astronomy | en |
A011/0013 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_13_ac1ea050f37d82b829722d59ebfbce6c.png",
"A011_dataset_reference_13_fc2eee8b1121f0c7dbe9d33b748e02f5.png",
"A011_dataset_difference_13_8fb235e0b3b005200b90b7b72310a927.png"
] | mcq | astronomy | en |
A011/0014 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_14_50ffab440cf197e323f840d6a4851b62.png",
"A011_dataset_reference_14_ad6b9056dbb47fb7f27133b8de7b7ed6.png",
"A011_dataset_difference_14_025141161ea43d13464aced41be5c0b7.png"
] | mcq | astronomy | en |
A011/0015 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_15_08c85a4fac78ba67759b8b1a0aef78fd.png",
"A011_dataset_reference_15_bd4390e9fb4d21d299b895d862e8499d.png",
"A011_dataset_difference_15_2e395ade6307c76df42e474a65e51c68.png"
] | mcq | astronomy | en |
A011/0016 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_16_522af7d6294e37968d417a8ea2092e25.png",
"A011_dataset_reference_16_b103f809fb65b74fdbafce7cd57e865a.png",
"A011_dataset_difference_16_56b3646b388495d7be3338579c80387e.png"
] | mcq | astronomy | en |
A011/0017 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_17_bacb2f7a013a86d073f7ce6e90f2fd5d.png",
"A011_dataset_reference_17_99daca825a8c9bda2266bb9800a8c0db.png",
"A011_dataset_difference_17_c26112f4e163e71c645f46a734a16c94.png"
] | mcq | astronomy | en |
A011/0018 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_18_411605ca5f5aeb06f2f8ba464bfa6392.png",
"A011_dataset_reference_18_83fc6a6d04320ae3d4d8b16409e6ee62.png",
"A011_dataset_difference_18_eaaf338a54f0f55f100bee239007b83d.png"
] | mcq | astronomy | en |
A011/0019 | <image> <image> <image> The first image is the latest reference image, the second image is the historical reference image, and the third image shows the difference between the two. Please determine whether a transient event has occurred based on these three images. | [
"(A) Yes, a transient event has occurred.",
"(B) No, a transient event has not occurred.",
"(C) I don't know."
] | ['B'] | [
"A011_dataset_science_19_be6221f814dc1bc31f3bd74a833b77bb.png",
"A011_dataset_reference_19_1f3fc02523d89c5c748d8dd82ce63a5f.png",
"A011_dataset_difference_19_dd9905f53247298de08ec602861fd314.png"
] | mcq | astronomy | en |
A010/0000 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -34.25970458984375 | [
"A010_dataset_0_3e0e51d486cb924a24d49b9bc0b17ea1.png"
] | exact_match | astronomy | en |
A010/0001 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -5.426918983459473 | [
"A010_dataset_1_1a0c79dc8ee01a32a0812bdfdffe7443.png"
] | exact_match | astronomy | en |
A010/0002 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | 19.073862075805664 | [
"A010_dataset_2_4e93ee8d72d0d5fb01cde0e9f6985e3f.png"
] | exact_match | astronomy | en |
A010/0003 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | 24.225086212158203 | [
"A010_dataset_3_4c612fecd3acc4f8e04fa250bccd7b6b.png"
] | exact_match | astronomy | en |
A010/0004 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -30.36496353149414 | [
"A010_dataset_4_511b7c3662a627cbb3ec9da36ee2cb5d.png"
] | exact_match | astronomy | en |
A010/0005 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -12.087924003601074 | [
"A010_dataset_5_10cc995c6c739e56408fb8dcf1068803.png"
] | exact_match | astronomy | en |
A010/0006 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -38.49518585205078 | [
"A010_dataset_6_edd450e0bcf2cb8b36865ae8725cafbc.png"
] | exact_match | astronomy | en |
A010/0007 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | 18.400672912597656 | [
"A010_dataset_7_fd48716e37fe2669496a83e1a03d755b.png"
] | exact_match | astronomy | en |
A010/0008 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -20.354631423950195 | [
"A010_dataset_8_0b8ecf873222111f0d5b51116fa5752a.png"
] | exact_match | astronomy | en |
A010/0009 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -2.130117177963257 | [
"A010_dataset_9_bef333b0797fed49685fa5e702243d5d.png"
] | exact_match | astronomy | en |
A010/0010 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -52.38456726074219 | [
"A010_dataset_10_a21b52f8e32a38ba6eb426fe4eac1c84.png"
] | exact_match | astronomy | en |
A010/0011 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -12.673787117004395 | [
"A010_dataset_11_0cba02b03c9eee02fdd2c99d52453dd6.png"
] | exact_match | astronomy | en |
A010/0012 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -101.71348571777344 | [
"A010_dataset_12_2d3fc49ae82c059f43b9e4fb1ffa8ca3.png"
] | exact_match | astronomy | en |
A010/0013 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -43.84838104248047 | [
"A010_dataset_13_13e34fe8f2a2776a00a98949d92e803d.png"
] | exact_match | astronomy | en |
A010/0014 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | 4.641901016235352 | [
"A010_dataset_14_e865409928830710946cf9ef7fd9eb5f.png"
] | exact_match | astronomy | en |
A010/0015 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -56.66572952270508 | [
"A010_dataset_15_1fe3df89c0826f64dc0a0f64ac994c4d.png"
] | exact_match | astronomy | en |
A010/0016 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -30.610124588012695 | [
"A010_dataset_16_7df9f93822b18d494f5071065cd5e521.png"
] | exact_match | astronomy | en |
A010/0017 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -114.18791961669922 | [
"A010_dataset_17_b4068e6e2b67451b2ef7d11872dff56a.png"
] | exact_match | astronomy | en |
A010/0018 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -32.459049224853516 | [
"A010_dataset_18_0a254185f1fb901f98c31fc59c3345dc.png"
] | exact_match | astronomy | en |
A010/0019 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estimated radial velocity of the stellar based on the spectrum?You only need to response a float value. | [] | -54.30643081665039 | [
"A010_dataset_19_35c76a094de12be4ef74ba229f4d2d58.png"
] | exact_match | astronomy | en |
A008/0000 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.1908400058746338 | [
"A008_dataset_0_3e0e51d486cb924a24d49b9bc0b17ea1.png"
] | exact_match | astronomy | en |
A008/0001 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | 0.02535500004887581 | [
"A008_dataset_1_1a0c79dc8ee01a32a0812bdfdffe7443.png"
] | exact_match | astronomy | en |
A008/0002 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.26875001192092896 | [
"A008_dataset_2_4e93ee8d72d0d5fb01cde0e9f6985e3f.png"
] | exact_match | astronomy | en |
A008/0003 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.28259000182151794 | [
"A008_dataset_3_4c612fecd3acc4f8e04fa250bccd7b6b.png"
] | exact_match | astronomy | en |
A008/0004 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.07942300289869308 | [
"A008_dataset_4_511b7c3662a627cbb3ec9da36ee2cb5d.png"
] | exact_match | astronomy | en |
A008/0005 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.2670400142669678 | [
"A008_dataset_5_10cc995c6c739e56408fb8dcf1068803.png"
] | exact_match | astronomy | en |
A008/0006 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | 0.33274000883102417 | [
"A008_dataset_6_edd450e0bcf2cb8b36865ae8725cafbc.png"
] | exact_match | astronomy | en |
A008/0007 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.0887880027294159 | [
"A008_dataset_7_fd48716e37fe2669496a83e1a03d755b.png"
] | exact_match | astronomy | en |
A008/0008 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | 0.1322299987077713 | [
"A008_dataset_8_0b8ecf873222111f0d5b51116fa5752a.png"
] | exact_match | astronomy | en |
A008/0009 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.028164999559521675 | [
"A008_dataset_9_bef333b0797fed49685fa5e702243d5d.png"
] | exact_match | astronomy | en |
A008/0010 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | 0.13107000291347504 | [
"A008_dataset_10_a21b52f8e32a38ba6eb426fe4eac1c84.png"
] | exact_match | astronomy | en |
A008/0011 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.16008000075817108 | [
"A008_dataset_11_0cba02b03c9eee02fdd2c99d52453dd6.png"
] | exact_match | astronomy | en |
A008/0012 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.5131400227546692 | [
"A008_dataset_12_2d3fc49ae82c059f43b9e4fb1ffa8ca3.png"
] | exact_match | astronomy | en |
A008/0013 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.1388300061225891 | [
"A008_dataset_13_13e34fe8f2a2776a00a98949d92e803d.png"
] | exact_match | astronomy | en |
A008/0014 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.42326000332832336 | [
"A008_dataset_14_e865409928830710946cf9ef7fd9eb5f.png"
] | exact_match | astronomy | en |
A008/0015 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.30272001028060913 | [
"A008_dataset_15_1fe3df89c0826f64dc0a0f64ac994c4d.png"
] | exact_match | astronomy | en |
A008/0016 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.10486000031232834 | [
"A008_dataset_16_7df9f93822b18d494f5071065cd5e521.png"
] | exact_match | astronomy | en |
A008/0017 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | 0.036051999777555466 | [
"A008_dataset_17_b4068e6e2b67451b2ef7d11872dff56a.png"
] | exact_match | astronomy | en |
A008/0018 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.49020999670028687 | [
"A008_dataset_18_0a254185f1fb901f98c31fc59c3345dc.png"
] | exact_match | astronomy | en |
A008/0019 | <image> The image provided is a spectrum of a stellarX-axis represents wavelength in Angstroms (Å), and the Y-axis represents flux. The red spots indicate the Line Spread Function SigmaWhat is the estiated overall metallicity ([M/H]) of the stellar based on the spectrum?You only need to response a float value. | [] | -0.3688499927520752 | [
"A008_dataset_19_35c76a094de12be4ef74ba229f4d2d58.png"
] | exact_match | astronomy | en |
C006/0000 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 3.8 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0000_c557dbc6072108220455a4dc747dfc5c.png"
] | exact_match | chemistry | en |
C006/0001 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.5 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0001_8972ea82edffb403eddc48f7d972438f.png"
] | exact_match | chemistry | en |
C006/0002 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 3.0 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0002_c6343858edc33f588674b683d28a1a0c.png"
] | exact_match | chemistry | en |
C006/0003 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.6 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0003_f1e3ac66ec1a1ac0fc6ac27899291aa6.png"
] | exact_match | chemistry | en |
C006/0004 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 1.7 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0004_92dbd297688d60bdb0721008937dd245.png"
] | exact_match | chemistry | en |
C006/0005 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.1 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0005_c13b0ae1a794041ca266e5655575fef6.png"
] | exact_match | chemistry | en |
C006/0006 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.5 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0006_6625913773aee6b1db5ada9b9cce9099.png"
] | exact_match | chemistry | en |
C006/0007 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.6 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0007_aeda9ec1a1c4b6c62868f2211075cc92.png"
] | exact_match | chemistry | en |
C006/0008 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 1.7 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0008_e9fd8096e9b3149ff776624676c6212f.png"
] | exact_match | chemistry | en |
C006/0009 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.1 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0009_38ebacb153660119b14e01a2c8a11807.png"
] | exact_match | chemistry | en |
C006/0010 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.2 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0010_df8384deeb3353db0a7c09094b28e39f.png"
] | exact_match | chemistry | en |
C006/0011 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 1.9 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0011_7476487cfeba5efcece3d3b5e0856645.png"
] | exact_match | chemistry | en |
C006/0012 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 3.4 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0012_89f7667ad1c41db9e46a22e283eba823.png"
] | exact_match | chemistry | en |
C006/0013 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.2 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0013_542c3561db6b0382ed4aab8cf45099df.png"
] | exact_match | chemistry | en |
C006/0014 | Estimate the Synthetic Accessibility Score (SAS) of the compound based on the molecular structure <image>. The score should be a float value between 1.0 (very easy to synthesize) and 10.0 (very difficult to synthesize), rounded to one decimal place. | [] | 2.7 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C006_0014_c2533dfd05b18760a16788d74a2c1045.png"
] | exact_match | chemistry | en |
C007/0000 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 69.6 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0000_c557dbc6072108220455a4dc747dfc5c.png"
] | exact_match | chemistry | en |
C007/0001 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 76.1 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0001_8972ea82edffb403eddc48f7d972438f.png"
] | exact_match | chemistry | en |
C007/0002 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 94.5 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0002_c6343858edc33f588674b683d28a1a0c.png"
] | exact_match | chemistry | en |
C007/0003 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 59.6 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0003_f1e3ac66ec1a1ac0fc6ac27899291aa6.png"
] | exact_match | chemistry | en |
C007/0004 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 86.6 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0004_92dbd297688d60bdb0721008937dd245.png"
] | exact_match | chemistry | en |
C007/0005 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 72.5 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0005_c13b0ae1a794041ca266e5655575fef6.png"
] | exact_match | chemistry | en |
C007/0006 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 76.3 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0006_6625913773aee6b1db5ada9b9cce9099.png"
] | exact_match | chemistry | en |
C007/0007 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 57.5 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0007_aeda9ec1a1c4b6c62868f2211075cc92.png"
] | exact_match | chemistry | en |
C007/0008 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 27.1 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0008_e9fd8096e9b3149ff776624676c6212f.png"
] | exact_match | chemistry | en |
C007/0009 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 70.7 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0009_ffa78f71cdd2d8b996119dae732962e2.png"
] | exact_match | chemistry | en |
C007/0010 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 34.1 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0010_df8384deeb3353db0a7c09094b28e39f.png"
] | exact_match | chemistry | en |
C007/0011 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 38.3 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0011_7476487cfeba5efcece3d3b5e0856645.png"
] | exact_match | chemistry | en |
C007/0012 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 184.0 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0012_89f7667ad1c41db9e46a22e283eba823.png"
] | exact_match | chemistry | en |
C007/0013 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 59.3 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0013_542c3561db6b0382ed4aab8cf45099df.png"
] | exact_match | chemistry | en |
C007/0014 | Calculate the Topological Polar Surface Area (TPSA) of the compound from the molecular structure <image>. Report the value in square angstroms (Ų), rounded to one decimal place. Please omit the unit (Ų) in your answer. | [] | 72.5 | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C007_0014_c2533dfd05b18760a16788d74a2c1045.png"
] | exact_match | chemistry | en |
C001/0000 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 12, 'H': 26, 'N': 2, 'O': 4} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0000_7432f59d0db2f5ab842d2bf4735368aa.png"
] | open_ended | chemistry | en |
C001/0001 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 8, 'H': 9, 'N': 1, 'O': 2} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0001_d7902b6130185646adefda23a6181aa6.png"
] | open_ended | chemistry | en |
C001/0002 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 2, 'H': 6, 'O': 1} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0002_145d85b3069e5cbb275fd8a27a853b8d.png"
] | open_ended | chemistry | en |
C001/0003 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 9, 'H': 8, 'O': 4} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0003_3f4b59cb1772d7d754fcf35abbd5878b.png"
] | open_ended | chemistry | en |
C001/0004 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 13, 'H': 18, 'O': 2} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0004_6970b55dcb2f8b3457f07b09fba2abb2.png"
] | open_ended | chemistry | en |
C001/0005 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 6, 'H': 14, 'N': 4, 'O': 2} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0005_b5e67608f0b8826e8a2efa78f7aa0df3.png"
] | open_ended | chemistry | en |
C001/0006 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 17, 'H': 19, 'N': 1, 'O': 3} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0006_75763796c5840ad5867b56ca97563d87.png"
] | open_ended | chemistry | en |
C001/0007 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 43, 'H': 42, 'Co': 1, 'N': 4, 'O': 16} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0007_00f72db31c60ab967e20192d31322834.png"
] | open_ended | chemistry | en |
C001/0008 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 22, 'H': 22, 'N': 2, 'O': 8} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0008_ede1dcc77899a8dd8fe64144246ed563.png"
] | open_ended | chemistry | en |
C001/0009 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 20, 'H': 28, 'N': 10, 'O': 13, 'P': 2, 'S': 2} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0009_1a3dc58f98256a378460edd92d06094c.png"
] | open_ended | chemistry | en |
C001/0010 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 6, 'H': 8, 'O': 6} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0010_2c99309e4021f515101d552d6abd47d7.png"
] | open_ended | chemistry | en |
C001/0011 | From the molecular structure <image>, list all the unique elements present in the compound and the number of atoms of each. | [] | {'C': 10, 'H': 16, 'N': 4, 'O': 17, 'P': 4} | [
"/fs-computility/ai4sData/earth-shared/SFE/sfe_dataset/v0/images/C001_0011_7b301ffe9b2e98f059823369dfd2ac4e.png"
] | open_ended | chemistry | en |
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