Passage -II The figure shows the variation of potential energy of a particle as a function of x, the X-coordinate of the region. It has been assumed that potential energy depends only on X. For all other values of x, U is zro, i.e. for x lt -10 and x gt15,U=0. If the particle is isolated and its total mechanical energy is 60 J, then

Passage -II The figure shows the variation of potential energy of a pa

1.	Passage -II The figure shows the variation of potential energy of a particle as a function of x, the X-coordinate of the region. It has been assumed that potential energy depends only on X. For all other values of x, U is zro, i.e. for x lt -10 and x gt15,U=0. If the particle is isolated and its total mechanical energy is 60 J, then
Answer» the PARTICLE can be FOUND anywhere from `-ooltxltoo` the particle's MAXIMUM KE is 95 J the particle 's KE is not GETTING ZERO anywhere onX-axis all of the above are true Answer :D