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text stringlengths 664 894	video stringlengths 33 65	hard_negative_texts listlengths 5 5	hard_negative_videos listlengths 5 5
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S300.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S354.mp4", "videos/rigidCollision/rigidCollision_S343.mp4", "videos/rigidCollision/rigidCollision_S393.mp4", "videos/rigidCollision/rigidCollision_S315.mp4", "videos/rigidCollision/rigidCollision_S362.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S301.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S387.mp4", "videos/rigidCollision/rigidCollision_S362.mp4", "videos/rigidCollision/rigidCollision_S327.mp4", "videos/rigidCollision/rigidCollision_S376.mp4", "videos/rigidCollision/rigidCollision_S321.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S302.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S383.mp4", "videos/rigidCollision/rigidCollision_S353.mp4", "videos/rigidCollision/rigidCollision_S303.mp4", "videos/rigidCollision/rigidCollision_S332.mp4", "videos/rigidCollision/rigidCollision_S306.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S303.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S317.mp4", "videos/rigidCollision/rigidCollision_S374.mp4", "videos/rigidCollision/rigidCollision_S376.mp4", "videos/rigidCollision/rigidCollision_S321.mp4", "videos/rigidCollision/rigidCollision_S318.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S304.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S381.mp4", "videos/rigidCollision/rigidCollision_S366.mp4", "videos/rigidCollision/rigidCollision_S306.mp4", "videos/rigidCollision/rigidCollision_S374.mp4", "videos/rigidCollision/rigidCollision_S319.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S305.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S308.mp4", "videos/rigidCollision/rigidCollision_S322.mp4", "videos/rigidCollision/rigidCollision_S334.mp4", "videos/rigidCollision/rigidCollision_S324.mp4", "videos/rigidCollision/rigidCollision_S367.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S306.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S352.mp4", "videos/rigidCollision/rigidCollision_S377.mp4", "videos/rigidCollision/rigidCollision_S373.mp4", "videos/rigidCollision/rigidCollision_S382.mp4", "videos/rigidCollision/rigidCollision_S302.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S307.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S393.mp4", "videos/rigidCollision/rigidCollision_S394.mp4", "videos/rigidCollision/rigidCollision_S385.mp4", "videos/rigidCollision/rigidCollision_S337.mp4", "videos/rigidCollision/rigidCollision_S311.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S308.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S328.mp4", "videos/rigidCollision/rigidCollision_S358.mp4", "videos/rigidCollision/rigidCollision_S378.mp4", "videos/rigidCollision/rigidCollision_S361.mp4", "videos/rigidCollision/rigidCollision_S362.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S309.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S322.mp4", "videos/rigidCollision/rigidCollision_S329.mp4", "videos/rigidCollision/rigidCollision_S353.mp4", "videos/rigidCollision/rigidCollision_S377.mp4", "videos/rigidCollision/rigidCollision_S319.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S310.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S375.mp4", "videos/rigidCollision/rigidCollision_S399.mp4", "videos/rigidCollision/rigidCollision_S324.mp4", "videos/rigidCollision/rigidCollision_S380.mp4", "videos/rigidCollision/rigidCollision_S385.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S311.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S366.mp4", "videos/rigidCollision/rigidCollision_S334.mp4", "videos/rigidCollision/rigidCollision_S322.mp4", "videos/rigidCollision/rigidCollision_S393.mp4", "videos/rigidCollision/rigidCollision_S388.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S312.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S344.mp4", "videos/rigidCollision/rigidCollision_S359.mp4", "videos/rigidCollision/rigidCollision_S377.mp4", "videos/rigidCollision/rigidCollision_S376.mp4", "videos/rigidCollision/rigidCollision_S308.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S313.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S330.mp4", "videos/rigidCollision/rigidCollision_S349.mp4", "videos/rigidCollision/rigidCollision_S350.mp4", "videos/rigidCollision/rigidCollision_S317.mp4", "videos/rigidCollision/rigidCollision_S314.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S314.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S302.mp4", "videos/rigidCollision/rigidCollision_S326.mp4", "videos/rigidCollision/rigidCollision_S367.mp4", "videos/rigidCollision/rigidCollision_S365.mp4", "videos/rigidCollision/rigidCollision_S388.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S315.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S354.mp4", "videos/rigidCollision/rigidCollision_S320.mp4", "videos/rigidCollision/rigidCollision_S378.mp4", "videos/rigidCollision/rigidCollision_S312.mp4", "videos/rigidCollision/rigidCollision_S323.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S316.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S361.mp4", "videos/rigidCollision/rigidCollision_S379.mp4", "videos/rigidCollision/rigidCollision_S377.mp4", "videos/rigidCollision/rigidCollision_S304.mp4", "videos/rigidCollision/rigidCollision_S369.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S317.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S365.mp4", "videos/rigidCollision/rigidCollision_S397.mp4", "videos/rigidCollision/rigidCollision_S315.mp4", "videos/rigidCollision/rigidCollision_S311.mp4", "videos/rigidCollision/rigidCollision_S362.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S318.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S385.mp4", "videos/rigidCollision/rigidCollision_S316.mp4", "videos/rigidCollision/rigidCollision_S378.mp4", "videos/rigidCollision/rigidCollision_S370.mp4", "videos/rigidCollision/rigidCollision_S300.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S319.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S387.mp4", "videos/rigidCollision/rigidCollision_S384.mp4", "videos/rigidCollision/rigidCollision_S356.mp4", "videos/rigidCollision/rigidCollision_S367.mp4", "videos/rigidCollision/rigidCollision_S354.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S320.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S348.mp4", "videos/rigidCollision/rigidCollision_S305.mp4", "videos/rigidCollision/rigidCollision_S390.mp4", "videos/rigidCollision/rigidCollision_S368.mp4", "videos/rigidCollision/rigidCollision_S355.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S321.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S330.mp4", "videos/rigidCollision/rigidCollision_S362.mp4", "videos/rigidCollision/rigidCollision_S399.mp4", "videos/rigidCollision/rigidCollision_S349.mp4", "videos/rigidCollision/rigidCollision_S345.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S322.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S376.mp4", "videos/rigidCollision/rigidCollision_S395.mp4", "videos/rigidCollision/rigidCollision_S398.mp4", "videos/rigidCollision/rigidCollision_S390.mp4", "videos/rigidCollision/rigidCollision_S374.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S323.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S312.mp4", "videos/rigidCollision/rigidCollision_S355.mp4", "videos/rigidCollision/rigidCollision_S317.mp4", "videos/rigidCollision/rigidCollision_S333.mp4", "videos/rigidCollision/rigidCollision_S362.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S324.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S399.mp4", "videos/rigidCollision/rigidCollision_S330.mp4", "videos/rigidCollision/rigidCollision_S310.mp4", "videos/rigidCollision/rigidCollision_S337.mp4", "videos/rigidCollision/rigidCollision_S377.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S325.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S370.mp4", "videos/rigidCollision/rigidCollision_S353.mp4", "videos/rigidCollision/rigidCollision_S333.mp4", "videos/rigidCollision/rigidCollision_S324.mp4", "videos/rigidCollision/rigidCollision_S300.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S326.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S391.mp4", "videos/rigidCollision/rigidCollision_S396.mp4", "videos/rigidCollision/rigidCollision_S300.mp4", "videos/rigidCollision/rigidCollision_S374.mp4", "videos/rigidCollision/rigidCollision_S367.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S327.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S315.mp4", "videos/rigidCollision/rigidCollision_S367.mp4", "videos/rigidCollision/rigidCollision_S300.mp4", "videos/rigidCollision/rigidCollision_S349.mp4", "videos/rigidCollision/rigidCollision_S384.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S328.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S326.mp4", "videos/rigidCollision/rigidCollision_S389.mp4", "videos/rigidCollision/rigidCollision_S341.mp4", "videos/rigidCollision/rigidCollision_S353.mp4", "videos/rigidCollision/rigidCollision_S347.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S329.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S313.mp4", "videos/rigidCollision/rigidCollision_S319.mp4", "videos/rigidCollision/rigidCollision_S355.mp4", "videos/rigidCollision/rigidCollision_S384.mp4", "videos/rigidCollision/rigidCollision_S375.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S330.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S333.mp4", "videos/rigidCollision/rigidCollision_S334.mp4", "videos/rigidCollision/rigidCollision_S369.mp4", "videos/rigidCollision/rigidCollision_S355.mp4", "videos/rigidCollision/rigidCollision_S373.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S331.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S347.mp4", "videos/rigidCollision/rigidCollision_S379.mp4", "videos/rigidCollision/rigidCollision_S336.mp4", "videos/rigidCollision/rigidCollision_S388.mp4", "videos/rigidCollision/rigidCollision_S351.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S332.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S397.mp4", "videos/rigidCollision/rigidCollision_S326.mp4", "videos/rigidCollision/rigidCollision_S353.mp4", "videos/rigidCollision/rigidCollision_S371.mp4", "videos/rigidCollision/rigidCollision_S372.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S333.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S362.mp4", "videos/rigidCollision/rigidCollision_S322.mp4", "videos/rigidCollision/rigidCollision_S348.mp4", "videos/rigidCollision/rigidCollision_S372.mp4", "videos/rigidCollision/rigidCollision_S332.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S334.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S340.mp4", "videos/rigidCollision/rigidCollision_S374.mp4", "videos/rigidCollision/rigidCollision_S345.mp4", "videos/rigidCollision/rigidCollision_S391.mp4", "videos/rigidCollision/rigidCollision_S351.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S335.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S395.mp4", "videos/rigidCollision/rigidCollision_S317.mp4", "videos/rigidCollision/rigidCollision_S385.mp4", "videos/rigidCollision/rigidCollision_S315.mp4", "videos/rigidCollision/rigidCollision_S396.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S336.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S329.mp4", "videos/rigidCollision/rigidCollision_S358.mp4", "videos/rigidCollision/rigidCollision_S390.mp4", "videos/rigidCollision/rigidCollision_S320.mp4", "videos/rigidCollision/rigidCollision_S312.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S337.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S327.mp4", "videos/rigidCollision/rigidCollision_S366.mp4", "videos/rigidCollision/rigidCollision_S352.mp4", "videos/rigidCollision/rigidCollision_S344.mp4", "videos/rigidCollision/rigidCollision_S371.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S338.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S379.mp4", "videos/rigidCollision/rigidCollision_S390.mp4", "videos/rigidCollision/rigidCollision_S388.mp4", "videos/rigidCollision/rigidCollision_S391.mp4", "videos/rigidCollision/rigidCollision_S306.mp4" ]
Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, so spe...	videos/rigidCollision/rigidCollision_S339.mp4	[ "Find the 2D dynamics video of rigid collision, showing rigid bodies translating, rotating, and separating after contact. Physically, linear and angular momentum determine the post-impact translation and rotation after a nearly inelastic contact. The color map represents rigid body speed magnitude during contact, s...	[ "videos/rigidCollision/rigidCollision_S320.mp4", "videos/rigidCollision/rigidCollision_S350.mp4", "videos/rigidCollision/rigidCollision_S382.mp4", "videos/rigidCollision/rigidCollision_S300.mp4", "videos/rigidCollision/rigidCollision_S311.mp4" ]