In the arrangement shwon, initially both springs are in their natural length l_(0). The left spring has force constnat k_(0)=2N//m and the force constant of the right spring varies as k=k_(0)x, wherex is its compression. The mass of the block is 10/3 kg. At time t=0, the block is given a right ward velocity v_(0)=2 m/s. Both the springs are massless. When the block has moved through distance x_(0) m to the right, the elastic potential energy stored in the right spring is

In the arrangement shwon, initially both springs are in their natural

1.	In the arrangement shwon, initially both springs are in their natural length l_(0). The left spring has force constnat k_(0)=2N//m and the force constant of the right spring varies as k=k_(0)x, wherex is its compression. The mass of the block is 10/3 kg. At time t=0, the block is given a right ward velocity v_(0)=2 m/s. Both the springs are massless. When the block has moved through distance x_(0) m to the right, the elastic potential energy stored in the right spring is
Answer» `(2x_(0)^(3))/3J` `(x_(0)^(2))/2J` `(x_(0)^(3))/6J` `4/3x_(0)^(3)J` Answer :A