Datasets:
Typed Parquet release with embedded images (part 2)
Browse files
subsets/context_text_images__image_options/test/metadata.jsonl
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{"instance": 1, "assessment_program": "georgia_milestones_eoc", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Geometry", "context": "Look at the triangle.", "images": ["images/context_text_images__image_options/189_0.jpg"], "question": "Which triangle is similar to the given triangle?", "answer_options": ["images/context_text_images__image_options/189_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 2, "assessment_program": "georgia_milestones_eoc", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Algebra", "context": "The function \\(f(x)\\) is graphed.", "images": ["images/context_text_images__image_options/111_0.jpg"], "question": "Which graph shows \\(f(x)+2\\)?", "answer_options": ["images/context_text_images__image_options/111_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 3, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "biology", "domain": "Evolution and Biodiversity", "context": "The diagrams show a change in a population of bacteria over time. A mutation is introduced into the population. The key shows bacteria with and without the mutation. Natural selection is occurring in the population.\n\nKey\n\n- No mutation\n- Mutation\n\nThe diagram shows three stages of a bacterial population over time. Initially, there are few bacteria (mostly No mutation). After a mutation is introduced, the population grows, and the proportion of bacteria with the Mutation increases significantly.\n\n", "images": ["images/context_text_images__image_options/4d6c66423ebc49fdc7ede7e6bb8230f3_5_img.webp"], "question": "Which of the following graphs best represents the change in the population of bacteria from the beginning to the end of the diagrams?", "answer_options": {"A": "images/context_text_images__image_options/4d6c66423ebc49fdc7ede7e6bb8230f3_9_img.webp", "B": "images/context_text_images__image_options/4d6c66423ebc49fdc7ede7e6bb8230f3_11_img.webp", "C": "images/context_text_images__image_options/4d6c66423ebc49fdc7ede7e6bb8230f3_13_img.webp", "D": "images/context_text_images__image_options/4d6c66423ebc49fdc7ede7e6bb8230f3_15_img.webp"}, "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "test"}
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{"instance": 4, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "biology", "domain": "Molecular Biology", "context": "A student created a model of a sequence of DNA nucleotides using craft sticks to represent nucleotides. One strand of the DNA model is shown.", "images": ["images/context_text_images__image_options/6_0.jpg"], "question": "What is the corresponding mRNA sequence for the DNA sequence?", "answer_options": ["images/context_text_images__image_options/6_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 8, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Algebra", "context": "Linear function $f(x)$ is graphed on this coordinate plane.", "images": ["images/context_text_images__image_options/13_0.jpg"], "question": "Which of the following graphs represents $f(x) - 2?$", "answer_options": ["images/context_text_images__image_options/13_1.jpg", "images/context_text_images__image_options/13_2.jpg", "images/context_text_images__image_options/13_3.jpg", "images/context_text_images__image_options/13_4.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "test"}
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{"instance": 9, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Geometry", "context": "Line $q$ is represented by this equation.\n\n$$y = x$$\n\nPoint $T$ (shown) will be reflected over line $q$ to create its image.", "images": ["images/context_text_images__image_options/43_0.jpg"], "question": "Which of the following graphs shows point $T$ and its image after the reflection?", "answer_options": {"A": "images/context_text_images__image_options/44_0.jpg", "B": "images/context_text_images__image_options/44_1.jpg", "C": "images/context_text_images__image_options/44_2.jpg", "D": "images/context_text_images__image_options/44_3.jpg"}, "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["D"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "test"}
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{"instance": 10, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Geometry", "context": "A triangle is shown on this coordinate plane. The triangle will be dilated by a scale factor of 2.5 with respect to the origin.", "images": ["images/context_text_images__image_options/31_0.jpg"], "question": "Which of the following graphs correctly shows the triangle and its image after the dilation?", "answer_options": ["images/context_text_images__image_options/32_0.jpg", "images/context_text_images__image_options/32_1.jpg", "images/context_text_images__image_options/32_2.jpg", "images/context_text_images__image_options/32_3.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "test"}
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{"instance": 12, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "physics", "domain": "Energy", "context": "The students conducted another trial with magnets. The new trial was similar to trial 2, except they pushed both carts toward each other at the same time and then released each cart. The bar graph shows the total energy in the system just after the students released the carts.\n\n**Energy Just After\nCarts Were Released**\n\nA bar graph showing the amount of energy (J) versus the type of energy. The Y-axis ranges from 0 to 1.25 J. The X-axis categories are Gravitational Potential Energy, Kinetic Energy, and Magnetic Potential Energy. The data points are:\n\n- Gravitational Potential Energy: 0.25 J\n- Kinetic Energy: 0.75 J\n- Magnetic Potential Energy: 0.25 J\n\nThe carts came to a brief stop when they were closest together.", "images": ["images/context_text_images__image_options/bfc8d730a83528071100f97b70348a50_4_img.webp"], "question": "Which of the following bar graphs represents the amount of each type of energy in the system when the carts were closest together?", "answer_options": {"A": "images/context_text_images__image_options/b2f9e9d8aebfb3be3b29266b55b711da_5_img.webp", "B": "images/context_text_images__image_options/b2f9e9d8aebfb3be3b29266b55b711da_7_img.webp", "C": "images/context_text_images__image_options/b2f9e9d8aebfb3be3b29266b55b711da_9_img.webp", "D": "images/context_text_images__image_options/b2f9e9d8aebfb3be3b29266b55b711da_11_img.webp"}, "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "test"}
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{"instance": 13, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "physics", "domain": "electricity_magnetism", "context": "The magnetic fields between three pairs of magnets are shown. One magnet in each pair is labeled X, Y, or Z.", "images": ["images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_4_img.webp"], "question": "Which of the following shows the orientation of bar magnet X?", "answer_options": {"A": "images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_8_img.webp", "B": "images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_9_img.webp"}, "answer_option_labels": ["A", "B"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"]], "split": "test"}
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{"instance": 14, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "physics", "domain": "electricity_magnetism", "context": "The magnetic fields between three pairs of magnets are shown. One magnet in each pair is labeled X, Y, or Z.", "images": ["images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_5_img.webp"], "question": "Which of the following shows the orientation of bar magnet Y?", "answer_options": {"A": "images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_11_img.webp", "B": "images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_12_img.webp"}, "answer_option_labels": ["A", "B"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"]], "split": "test"}
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{"instance": 15, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "physics", "domain": "electricity_magnetism", "context": "The magnetic fields between three pairs of magnets are shown. One magnet in each pair is labeled X, Y, or Z.", "images": ["images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_6_img.webp"], "question": "Which of the following shows the orientation of bar magnet Z?", "answer_options": {"A": "images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_14_img.webp", "B": "images/context_text_images__image_options/43d2989f4416bd736da586ca151e569c_15_img.webp"}, "answer_option_labels": ["A", "B"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"]], "split": "test"}
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{"instance": 16, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "physics", "domain": "motion_forces_interactions", "context": "A 12 kg object and a 16 kg object are located 2 m apart. Each exerts a gravitational force, $F_g$, on the other, as shown in the diagram.", "images": ["images/context_text_images__image_options/b21b1e3d804678d4c92f6b9e4d67fadc_4_img.webp"], "question": "Which of the following pairs of objects placed 4 m apart will have these same gravitational forces?", "answer_options": {"A": "images/context_text_images__image_options/b21b1e3d804678d4c92f6b9e4d67fadc_7_img.webp", "B": "images/context_text_images__image_options/b21b1e3d804678d4c92f6b9e4d67fadc_9_img.webp", "C": "images/context_text_images__image_options/b21b1e3d804678d4c92f6b9e4d67fadc_11_img.webp", "D": "images/context_text_images__image_options/b21b1e3d804678d4c92f6b9e4d67fadc_13_img.webp"}, "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "test"}
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{"instance": 17, "assessment_program": "missouri_eoc", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Algebra", "context": "This is the graph of $y = f(x)$ .", "images": ["images/context_text_images__image_options/9_0.jpg"], "question": "Which of the following is the graph of $y = 2f(x) - 1?$", "answer_options": ["images/context_text_images__image_options/9_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 18, "assessment_program": "north_carolina_eoc", "assessment_type": "state", "assessment_category": null, "subject": "biology", "domain": "Cell Biology", "context": "The diagram below shows a normal plant cell.", "images": ["images/context_text_images__image_options/29_0.jpg"], "question": "Which plant cell can no longer translate mRNA into amino acids?", "answer_options": ["images/context_text_images__image_options/29_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 19, "assessment_program": "staar", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Algebra", "context": "Linear parent function $f$ is graphed on the grid.", "images": ["images/context_text_images__image_options/38_0.jpg"], "question": "Which graph best represents $h(x) = - f(x) + 3?$", "answer_options": ["images/context_text_images__image_options/38_1.jpg"], "answer_option_labels": ["F", "G", "H", "J"], "correct_answer": ["G"], "num_correct_answer_options": 1, "option_image_label_groups": [["F", "G", "H", "J"]], "split": "test"}
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{"instance": 20, "assessment_program": "act", "assessment_type": "national", "assessment_category": null, "subject": "biology", "domain": "Genetics", "context": "In the 1940s, scientists thought all genetic material was contained in structures called chromosomes and that chromosomes had been found only in the nucleus of a cell (not in the cytoplasm):\n\nChromosomes are composed of 2 types of molecules, proteins and deoxyribonucleic acid (DNA). Proteins are composed of subunits called amino acids. DNA consists of chains of subunits called nucleotides. The parts of chromosomes that are responsible for the transmission of genetic information are called genes.\n\nTwo scientists in the 1940s debate whether genes are made of proteins or DNA.\n\n## Protein Hypothesis\n\nGenes are made only of proteins. Proteins make up 50% or more of a cell's dry weight. Cells contain 20 different amino acids that can be arranged in a virtually infinite number of ways to make different proteins. The number and arrangement of different amino acids within a protein form the codes that contain hereditary information.\n\nIn contrast, only 4 different nucleotides make up the DNA found in cells, and they are believed to form chains only in certain ratios. As a result, the number of different combinations that DNA can carry is much smaller than the number that proteins can carry.\n\n## DNA Hypothesis\n\nGenes are made only of DNA. DNA is found exclusively in the cell's nucleus, whereas proteins are found throughout the nucleus and cytoplasm. Additionally, the amount of protein in a cell varies from cell type to cell type, even within the same animal.\n\nThough DNA is less abundant than proteins, the amount is consistent from cell type to cell type within the same animal, except for the gametes (the reproductive cells). Gametes have half the amount of DNA as other cells in the body. Gametes also have half the typical number of chromosomes. Thus, the amount of DNA in a cell is correlated with the number of chromosomes in the cell. No such correlation is found for proteins.", "images": ["images/context_text_images__image_options/53_0.jpg"], "question": "Which of the following illustrations of a portion of a DNA molecule is consistent with the description in the passage?", "answer_options": ["images/context_text_images__image_options/54_0.jpg"], "answer_option_labels": ["F", "G", "H", "J"], "correct_answer": ["J"], "num_correct_answer_options": 1, "option_image_label_groups": [["F", "G", "H", "J"]], "split": "test"}
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{"instance": 21, "assessment_program": "act", "assessment_type": "national", "assessment_category": null, "subject": "physics", "domain": "waves", "context": "The human threshold of hearing is the minimum intensity at each sound frequency required for a sound to be heard by humans. The human threshold of pain is the maximum intensity at each sound frequency that humans can tolerate without pain.\n\nThe figure below displays, for sounds in water and in in air, the human thresholds of hearing and of pain. The figure also shows $S$ , the percent increase in air density and water density that accompanies the compression of air and water by sound waves of given intensities. Sound intensities are given in decibels (db) and frequencies are given in hertz $(\\mathrm{Hz})$ ; $1 \\mathrm{~Hz} = 1$ cycle/sec].", "images": ["images/context_text_images__image_options/52_0.jpg"], "question": "As humans age, it is common for selective hearing loss to occur at high sound frequencies. Which of the following figures best illustrates this loss?", "answer_options": ["images/context_text_images__image_options/52_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 22, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "semifinal", "subject": "chemistry", "domain": "acids_bases", "context": "A solution containing $0.060\\mathrm{molNaOH}$ dissolved in $200\\mathrm{g}$ water was treated with successive aliquots of $6.0\\mathrm{M}$ aqueous HCl in a well-insulated flask, and the temperature was measured after each aliquot to give the following data:", "images": ["images/context_text_images__image_options/3_1.jpg"], "question": "The same experiment was repeated, again using $0.060\\mathrm{mol}$ $\\mathrm{NaOH}$ and $6.0\\mathrm{M}$ aqueous HCl, but this time the $\\mathrm{NaOH}$ was initially dissolved in $400\\mathrm{g}$ water. Which graph represents the data obtained in this experiment?", "answer_options": ["images/context_text_images__image_options/3_2.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 23, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "semifinal", "subject": "chemistry", "domain": "biochemistry", "context": "An enzyme catalyzes the transformation of a substrate into a product $\\mathrm{P}$ , with the appearance of product over time as shown below:", "images": ["images/context_text_images__image_options/8_0.jpg"], "question": "Under the same conditions, except in the presence of a competitive inhibitor of the enzyme, which graph best represents the appearance of product over time?", "answer_options": ["images/context_text_images__image_options/8_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 24, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "semifinal", "subject": "chemistry", "domain": "kinetics", "context": null, "images": ["images/context_text_images__image_options/4_0.jpg"], "question": "A reaction takes place by an uncatalyzed pathway whose reaction coordinate diagram is shown below. The reaction is accelerated by addition of a small amount of a catalyst. Which reaction coordinate diagram (drawn to the same scale as the one above) best describes the catalyzed reaction?", "answer_options": ["images/context_text_images__image_options/4_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 25, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "semifinal", "subject": "chemistry", "domain": "thermochemistry_thermodynamics", "context": "The graph below shows how the standard entropy of vaporization, $\\Delta S^\\circ \\mathrm{vap}$ , varies with molar mass for straight-chain alkanes $\\mathrm{CH}_3(\\mathrm{CH}_2)_n\\mathrm{CH}_3$ .", "images": ["images/context_text_images__image_options/3_1__2022-usnco-exam-part-i__110c95c17b.jpg"], "question": "Which of the following graphs best shows how $\\Delta S^\\circ \\mathrm{vap}$ (solid squares, dashed line) varies with molar mass for straight-chain primary alcohols $\\mathrm{CH}_3(\\mathrm{CH}_2)_n\\mathrm{OH}$ ?", "answer_options": {"A": "images/context_text_images__image_options/3_2__2022-usnco-exam-part-i__41173ce8a8.jpg", "B": "images/context_text_images__image_options/3_3.jpg", "C": "images/context_text_images__image_options/3_4.jpg", "D": "images/context_text_images__image_options/3_5.jpg"}, "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "test"}
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{"instance": 26, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "semifinal", "subject": "chemistry", "domain": "equilibrium", "context": "A vessel containing an equilibrium mixture of $\\mathrm{NO}_2(\\mathrm{g})$ and $\\mathrm{N}_2\\mathrm{O}_4(\\mathrm{g})$ at a certain temperature and 1.00 bar total pressure is represented below.", "images": ["images/context_text_images__image_options/6_0__2022-usnco-exam-part-i__c97ce93032.jpg"], "question": "Which is the best representation of the system at equilibrium after a certain amount of argon is added to the vessel, while keeping both the temperature and the total pressure constant?", "answer_options": ["images/context_text_images__image_options/6_1__2022-usnco-exam-part-i__990f74075c.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["D"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 27, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "semifinal", "subject": "chemistry", "domain": "kinetics", "context": "The reaction coordinate diagram of a reaction that takes place at $300\\mathrm{K}$ is shown below.", "images": ["images/context_text_images__image_options/5_0.jpg"], "question": "Which best represents the reaction coordinate diagram for the same reaction at $340\\mathrm{K}$ ?", "answer_options": ["images/context_text_images__image_options/5_1.jpg"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D"]], "split": "test"}
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{"instance": 28, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "Consider a particle in a box where the force of gravity is down as shown in the figure. The particle has an initial velocity as shown, and the box has a constant acceleration to the right.", "images": ["images/context_text_images__image_options/3818f8830155c0680e578eaf2c49a6bc_5_img.webp"], "question": "In the frame of the box, which of the following is a possible path followed by the particle?", "answer_options": {"A": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_5_img.webp", "B": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_7_img.webp", "C": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_9_img.webp", "D": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_11_img.webp", "E": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_13_img.webp"}, "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"], ["E"]], "split": "test"}
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{"instance": 29, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "If the magnitude of the acceleration of the box is chosen correctly, the launched particle will follow a path that returns to the point that it was launched.", "images": ["images/context_text_images__image_options/3818f8830155c0680e578eaf2c49a6bc_5_img.webp"], "question": "In the frame of the box, which path is followed by the particle?", "answer_options": {"A": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_5_img.webp", "B": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_7_img.webp", "C": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_9_img.webp", "D": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_11_img.webp", "E": "images/context_text_images__image_options/5bf3d1a6bcbc31647dc09068acdcd8c5_13_img.webp"}, "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"], ["E"]], "split": "test"}
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{"instance": 30, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "A semicircular wire of radius $R$ is oriented vertically. A small bead is released from rest at the top of the wire, it slides without friction under the influence of gravity to the bottom, where it then leaves the wire horizontally and falls a distance $H$ to the ground. The bead lands a horizontal distance $D$ away from where it was launched.", "images": ["images/context_text_images__image_options/d2ee6cd4e09a0f3cdf0ee1fbcc477bad_4_img.webp"], "question": "Which of the following is a correct graph of $RH$ against $D^2$ ?", "answer_options": ["images/context_text_images__image_options/d2ee6cd4e09a0f3cdf0ee1fbcc477bad_6_img.webp", "images/context_text_images__image_options/d2ee6cd4e09a0f3cdf0ee1fbcc477bad_7_img.webp", "images/context_text_images__image_options/d2ee6cd4e09a0f3cdf0ee1fbcc477bad_8_img.webp", "images/context_text_images__image_options/d2ee6cd4e09a0f3cdf0ee1fbcc477bad_9_img.webp", "images/context_text_images__image_options/d2ee6cd4e09a0f3cdf0ee1fbcc477bad_10_img.webp"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["D"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"], ["E"]], "split": "test"}
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{"instance": 32, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "The velocity versus position plot of a particle is shown below.", "images": ["images/context_text_images__image_options/620d982525255a887c204ce197a38a95_4_img.webp"], "question": "Which following choices is the correct acceleration vs. position plot of the particle?", "answer_options": ["images/context_text_images__image_options/620d982525255a887c204ce197a38a95_5_img.webp"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "test"}
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{"instance": 33, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "A soccer ball is kicked up a hill with a flat top, as shown. The ball bounces twice on the hill, at the points shown, then lands on the top and begins rolling horizontally.", "images": ["images/context_text_images__image_options/df2edbd744e6606b77c0af796c76f77b_16_img.webp"], "question": "Which of the following shows the vertical component of its velocity as a function of time?", "answer_options": ["images/context_text_images__image_options/0fbf12c44d66e35abe8c39de4567d699_3_img.webp"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["E"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "test"}
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{"instance": 34, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "The following plot shows the speed v(r) at which stars orbit about the center of a galaxy, as a function of their distance r from the center.", "images": ["images/context_text_images__image_options/9bbb97f9ef4ac1c584345e1fdd7e0745_14_img.webp"], "question": "Assuming the galaxy has a spherically symmetric mass distribution, which plot best shows the mass of the galaxy M(r) enclosed within radius r?", "answer_options": ["images/context_text_images__image_options/9bbb97f9ef4ac1c584345e1fdd7e0745_16_img.webp", "images/context_text_images__image_options/9bbb97f9ef4ac1c584345e1fdd7e0745_17_img.webp", "images/context_text_images__image_options/9bbb97f9ef4ac1c584345e1fdd7e0745_18_img.webp", "images/context_text_images__image_options/9bbb97f9ef4ac1c584345e1fdd7e0745_19_img.webp", "images/context_text_images__image_options/9bbb97f9ef4ac1c584345e1fdd7e0745_20_img.webp"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"], ["E"]], "split": "test"}
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| 30 |
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{"instance": 36, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "Two point particles, each of mass 1kg, begin in the state shown below.", "images": ["images/context_text_images__image_options/15_0.jpg"], "question": "The system evolves through internal forces only. Which of the following could be the state after some time has passed?", "answer_options": ["images/context_text_images__image_options/15_1.jpg"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["E"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "test"}
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{"instance": 38, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "At time $t = 0$, a small ball is released on the track shown, with an initial rightward velocity. Assume the ball always rolls along the track without slipping.", "images": ["images/context_text_images__image_options/1_0.jpg"], "question": "The ball starts at point $A$, turns around at point $B$, and returns to point $A$. Which of the following shows the speed of the ball as a function of time?", "answer_options": ["images/context_text_images__image_options/1_1.jpg"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "test"}
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{"instance": 39, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "A car is driving on a semicircular racetrack. Its velocity at several points along the track is shown below.", "images": ["images/context_text_images__image_options/8_1__F-ma-2021-Solutions__efb9ba5273.jpg"], "question": "Which of the following could depict its acceleration at the corresponding points?", "answer_options": ["images/context_text_images__image_options/9_0__F-ma-2021-Solutions__9b26d95855.jpg"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["D"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "test"}
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{"instance": 40, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "A point moves in the $x y$ plane, and its trajectory is shown in the figure below.", "images": ["images/context_text_images__image_options/3_1__2026_FMA_solutions_v2__bfbbcae9f2.jpg"], "question": "One of the following pairs of graphs shows the time dependence of $v_{x}$ and $v_{y}$ for this motion. Select the correct pair.", "answer_options": ["images/context_text_images__image_options/3_0.jpg"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["B"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "test"}
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{"instance": 43, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "earth_science", "domain": "hydrosphere", "context": "The diagram below shows a meandering stream. Measurements of stream velocity were taken along straight line AB.", "images": ["images/context_text_images__image_options/27_1.jpg"], "question": "Which graph best shows the relative stream velocities across the stream from A to B?", "answer_options": ["images/context_text_images__image_options/27_0.jpg"], "answer_option_labels": ["1", "2", "3", "4"], "correct_answer": ["2"], "num_correct_answer_options": 1, "option_image_label_groups": [["1", "2", "3", "4"]], "split": "test"}
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{"instance": 44, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "earth_science", "domain": "hydrosphere", "context": "Base your answers to questions 49 through 53 on the graph below and on your knowledge of Earth Science. The graph shows temperature data taken at four different depths in the soil at one location in Essex Vermont, for one year.", "images": ["images/context_text_images__image_options/28_0.jpg"], "question": "Which graph best represents the relationship between soil temperature and the depth in the soil on June 21?", "answer_options": ["images/context_text_images__image_options/28_1.jpg"], "answer_option_labels": ["1", "2", "3", "4"], "correct_answer": ["2"], "num_correct_answer_options": 1, "option_image_label_groups": [["1", "2", "3", "4"]], "split": "test"}
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subsets/context_text_images__image_options/train/metadata.jsonl
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{"instance": 5, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "biology", "domain": "Ecology", "context": "The island fox is a small fox that lives on Santa Cruz Island off the coast of California. It is a descendant of the gray fox that is found on the mainland in California. From 1994 to 2000, the island fox population on Santa Cruz Island declined from 1,465 to only 62 individuals.Several events on Santa Cruz Island caused the island fox population to decrease. In the 1800s, people introduced non-native plants and farm animals, including pigs, to the island. Some of the pigs escaped and reproduced in the wild, eventually producing a large population of feral (wild) pigs. The feral pigs dug up and ate native plants, including cactus plants and manzanita trees.Young, small feral pigs on the island became a food source for visiting golden eagles. However, golden eagles were unable to nest on the island because the bald eagles living there chased them away. The bald eagles hunted fish from the ocean, but they did not eat feral pigs or island foxes. Other small mammals that lived on the island included mice and skunks. The sizes of these animal populations were not directly affected by the visiting golden eagles.From 1950 to 1980, the bald eagle population on the island was greatly reduced as a result of the use of the chemical DDT. By 1994, there were no longer any bald eagles on the island. Golden eagles then began nesting on the island and hunting island foxes as well as the young feral pigs.Since 2000, humans have helped restore the island fox population on Santa Cruz Island by removing feral pigs and golden eagles from the island and reintroducing bald eagles.A food web **after** the island fox population was restored on the island is shown. Island foxes play a role in the transfer of energy in the Santa Cruz Island ecosystem.", "images": ["images/context_text_images__image_options/b7a19a1e8ad621ddfbbe618c7e39e822_11_img.webp"], "question": "Which of the following best shows an energy pyramid for the Santa Cruz Island ecosystem?", "answer_options": ["images/context_text_images__image_options/8f5f7751fa1dfc0000e8cb1910ae25a2_7_img.webp", "images/context_text_images__image_options/8f5f7751fa1dfc0000e8cb1910ae25a2_8_img.webp", "images/context_text_images__image_options/8f5f7751fa1dfc0000e8cb1910ae25a2_9_img.webp", "images/context_text_images__image_options/8f5f7751fa1dfc0000e8cb1910ae25a2_10_img.webp"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["A"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "train"}
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{"instance": 6, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "biology", "domain": "Molecular Biology", "context": "The island fox is a small fox that lives on Santa Cruz Island off the coast of California. It is a descendant of the gray fox that is found on the mainland in California. From 1994 to 2000, the island fox population on Santa Cruz Island declined from 1,465 to only 62 individuals.Several events on Santa Cruz Island caused the island fox population to decrease. In the 1800s, people introduced non-native plants and farm animals, including pigs, to the island. Some of the pigs escaped and reproduced in the wild, eventually producing a large population of feral (wild) pigs. The feral pigs dug up and ate native plants, including cactus plants and manzanita trees.Young, small feral pigs on the island became a food source for visiting golden eagles. However, golden eagles were unable to nest on the island because the bald eagles living there chased them away. The bald eagles hunted fish from the ocean, but they did not eat feral pigs or island foxes. Other small mammals that lived on the island included mice and skunks. The sizes of these animal populations were not directly affected by the visiting golden eagles.From 1950 to 1980, the bald eagle population on the island was greatly reduced as a result of the use of the chemical DDT. By 1994, there were no longer any bald eagles on the island. Golden eagles then began nesting on the island and hunting island foxes as well as the young feral pigs.Since 2000, humans have helped restore the island fox population on Santa Cruz Island by removing feral pigs and golden eagles from the island and reintroducing bald eagles.A food web **after** the island fox population was restored on the island is shown. Which of the following models of protein synthesis is labeled with the correct molecules and processes?", "images": ["images/context_text_images__image_options/b7a19a1e8ad621ddfbbe618c7e39e822_11_img.webp"], "question": "Which of the following models of protein synthesis is labeled with the correct molecules and processes?", "answer_options": ["images/context_text_images__image_options/88d4efe1effd5f632e7f3929e4bd1a0b_12_img.webp", "images/context_text_images__image_options/88d4efe1effd5f632e7f3929e4bd1a0b_16_img.webp", "images/context_text_images__image_options/88d4efe1effd5f632e7f3929e4bd1a0b_20_img.webp", "images/context_text_images__image_options/88d4efe1effd5f632e7f3929e4bd1a0b_24_img.webp"], "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["D"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "train"}
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{"instance": 7, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "mathematics", "domain": "Geometry", "context": "Line segment $\\overline{FG}$ is graphed on this coordinate plane.\n\nPoint $E$ lies on $\\overline{FG}$ such that the length of $\\overline{EF}$ is 3 times the length of $\\overline{EG}$ .", "images": ["images/context_text_images__image_options/10_0.jpg"], "question": "Which of the following graphs shows the correct location of point $E$ ?", "answer_options": {"A": "images/context_text_images__image_options/10_1.jpg", "B": "images/context_text_images__image_options/10_2.jpg", "C": "images/context_text_images__image_options/10_3.jpg", "D": "images/context_text_images__image_options/10_4.jpg"}, "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["D"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "train"}
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{"instance": 35, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "A particle travels in a straight line. Its velocity as a function of time is shown below.", "images": ["images/context_text_images__image_options/f10dae124d2cfb93b1ca224a5b24e650_15_img.webp"], "question": "Which of the following shows the velocity as a function of distance $ x $ from its initial position?", "answer_options": ["images/context_text_images__image_options/8cac836b062340db75c98a917322b406_3_img.webp"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "train"}
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{"instance": 37, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "A ball rolls without slipping down an inclined plane as shown in the diagram.", "images": ["images/context_text_images__image_options/2_0.jpg"], "question": "Which of the following vectors best represents the direction of the total force that the ball exerts on the plane?", "answer_options": ["images/context_text_images__image_options/2_1.jpg"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["E"], "num_correct_answer_options": 1, "option_image_label_groups": [["A", "B", "C", "D", "E"]], "split": "train"}
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{"instance": 41, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "earth_science", "domain": "geosphere", "context": "The map below shows the surface bedrock in an area of the southwestern United States that formed from sediments deposited in a shallow sea that formerly existed in that area. These sediments were transported by a river that flowed into that sea.", "images": ["images/context_text_images__image_options/7_0.jpg"], "question": "In which diagram does the arrow best show the direction of flow of the river that deposited these sediments and the point at which the river emptied into the sea?", "answer_options": ["images/context_text_images__image_options/7_1.jpg"], "answer_option_labels": ["1", "2", "3", "4"], "correct_answer": ["1"], "num_correct_answer_options": 1, "option_image_label_groups": [["1", "2", "3", "4"]], "split": "train"}
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{"instance": 42, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "earth_science", "domain": "hydrosphere", "context": "The diagram below is a cross section of an ice covered lake in Vermont during the month of January. Points A, B, C, and D are locations at various depths in the lake. The temperature of the water at location D is $4^{\\circ} \\mathrm{C}$ .", "images": ["images/context_text_images__image_options/26_1.jpg"], "question": "Which graph best represents the relationship between location and density of the ice or water?", "answer_options": ["images/context_text_images__image_options/26_0.jpg"], "answer_option_labels": ["1", "2", "3", "4"], "correct_answer": ["2"], "num_correct_answer_options": 1, "option_image_label_groups": [["1", "2", "3", "4"]], "split": "train"}
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subsets/context_text_images__image_options/validation/metadata.jsonl
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{"instance": 11, "assessment_program": "mcas", "assessment_type": "state", "assessment_category": null, "subject": "physics", "domain": "motion_forces_interactions", "context": "The students conducted two trials to investigate collisions between two carts, X and Y, on a straight, level track. Cart X has a mass of 0.5 kg and cart Y has a mass of 1.0 kg. The students used motion detectors to determine the velocities of the carts as they moved along the track. Assume friction was negligible.\n\n### Trial 1\n\nThe students attached sticky tape on one end of each cart, as shown in the diagram, so that the carts would stay together after the collision.\n\nA student pushed cart X toward cart Y and let go of the cart. Cart X then collided with cart Y. The graph shows the velocity of each cart before, during, and after the collision.\n\n#### Trial 1: Velocity vs. Time", "images": ["images/context_text_images__image_options/125fdca4cda9a79e0c1f57a6520d0679_8_img.webp", "images/context_text_images__image_options/125fdca4cda9a79e0c1f57a6520d0679_11_img.webp"], "question": "Which of the following graphs represents the data from trial 2?", "answer_options": {"A": "images/context_text_images__image_options/cbcd4262748eacf4ee100f31a70bcb1f_5_img.webp", "B": "images/context_text_images__image_options/cbcd4262748eacf4ee100f31a70bcb1f_7_img.webp", "C": "images/context_text_images__image_options/cbcd4262748eacf4ee100f31a70bcb1f_9_img.webp", "D": "images/context_text_images__image_options/cbcd4262748eacf4ee100f31a70bcb1f_11_img.webp"}, "answer_option_labels": ["A", "B", "C", "D"], "correct_answer": ["C"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"]], "split": "val"}
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{"instance": 31, "assessment_program": "olympiad", "assessment_type": "competition", "assessment_category": "pre-qualifying", "subject": "physics", "domain": "mechanics", "context": "A water hose is at ground level against the base of a large wall. By aiming the hose at some angle, and squirting water at a speed $v$ , one wets a region on the wall, as shown below. If the speed of the water is doubled, what is the new region that can be wetted? Ignore the effect of water splashing beyond the point of contact.", "images": ["images/context_text_images__image_options/cd11936b7b702694313c9bbef2b74cc9_6_img.webp"], "question": "In the answer choices, the dotted line marks the initial wetted region.", "answer_options": ["images/context_text_images__image_options/cd11936b7b702694313c9bbef2b74cc9_8_img.webp", "images/context_text_images__image_options/cd11936b7b702694313c9bbef2b74cc9_11_img.webp", "images/context_text_images__image_options/cd11936b7b702694313c9bbef2b74cc9_14_img.webp", "images/context_text_images__image_options/cd11936b7b702694313c9bbef2b74cc9_17_img.webp", "images/context_text_images__image_options/cd11936b7b702694313c9bbef2b74cc9_20_img.webp"], "answer_option_labels": ["A", "B", "C", "D", "E"], "correct_answer": ["D"], "num_correct_answer_options": 1, "option_image_label_groups": [["A"], ["B"], ["C"], ["D"], ["E"]], "split": "val"}
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