Object A has mass and velocity. Object B has double the mass and triple the velocity of object A. The kinetic energy of object B will be _______ times the kinetic energy of object A
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Expert's answer
2018-05-08T10:55:08-0400
The kinematic energy by definition KE=(mv^2)/2 Because v_B=3v_A, m_B=2m_A, we get KE_B=((2m_A ) (3v_A )^2)/2=18 (m_A v_A^2)/2=18KE_A Answer: 18
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