2. A girl who passed the dynamics exam enjoys herself swinging in a park with some...

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2. A girl who passed the dynamics exam enjoys herself swinging in a park with some dynamics textbooks in her hands. The girl has a mass of 50 kg, and each dynamics book has a mass of 1 kg. The distance between the girl's center of mass and the pivot of the swing is 3 m. The two ropes supporting the swing can each withstand 330 N of force without breaking. The girl swings up to an angle 0-30, how many books can she hold at her hands (center of mass) without breaking the ropes? (20 points) 3 m Secure OneStop Business Re 13 S ems ab14(2...pdf ^ CAD NPTEL: Mechanical (1 point) Consider the two regions bounded by the curves y = The centroid of the region above the z-axis is at ( Use a calculator or a computer algebra system to find the locations of the centroid. Round each coordinate to at least 3 significant figures. The centroid of the region below the x-axis is at ( Dynamics-Lab13(2...pdf ^ Dynamics-Lab12(2....pdf z+1 2 9 and z=y-y - 4y - 1. ) ) Dynamics Lab11(2... .pdf ^ Dynamics-Lab10(2.pdf A ENG Show all 11:10 AM 2018-04-22 2. A girl who passed the dynamics exam enjoys herself swinging in a park with some dynamics textbooks in her hands. The girl has a mass of 50 kg, and each dynamics book has a mass of 1 kg. The distance between the girl's center of mass and the pivot of the swing is 3 m. The two ropes supporting the swing can each withstand 330 N of force without breaking. The girl swings up to an angle 0-30, how many books can she hold at her hands (center of mass) without breaking the ropes? (20 points) 3 m Secure OneStop Business Re 13 S ems ab14(2...pdf ^ CAD NPTEL: Mechanical (1 point) Consider the two regions bounded by the curves y = The centroid of the region above the z-axis is at ( Use a calculator or a computer algebra system to find the locations of the centroid. Round each coordinate to at least 3 significant figures. The centroid of the region below the x-axis is at ( Dynamics-Lab13(2...pdf ^ Dynamics-Lab12(2....pdf z+1 2 9 and z=y-y - 4y - 1. ) ) Dynamics Lab11(2... .pdf ^ Dynamics-Lab10(2.pdf A ENG Show all 11:10 AM 2018-04-22