A body of mass 10^3 kg moving with a speed 2 ms^−1 collides with a body of mass 15 x 10^3 inelastically and sticks to it. Then loss in KE of the system will be

Sahay Sir > Question Answers > A body of mass 10^3 kg moving with a speed 2 ms^−1 collides with a body of mass 15 x 10^3 inelastically and sticks to it. Then loss in KE of the system will be
A body of mass 10^3 kg moving with a speed 2 ms^−1 collides with a body of mass 15 x 10^3 inelastically and sticks to it. Then loss in KE of the system will be
17
Oct
A body of mass 10^3 kg moving with a speed 2 ms^−1 collides with a body of mass 15 x 10^3 inelastically and sticks to it. Then loss in KE of the system will be A body of mass 10^3 kg moving with a speed 2 ms^−1 collides with a body of mass 15 x [...]
Posted in: AIIMS Last 24 Years Solved 1996 - 2019 Physics and Chemistry Video Solutions , Chapter 7 - Work, Energy and Power , Physics ,
Tags: A body of mass 10^3 kg moving with a speed 2 ms^−1 collides with a body of mass 15 x 10^3 inelastically and sticks to it. Then loss in KE of the system will be ,