Center of MassMedium
Question
A block of mass m moving with a velocity v0 collides with a stationary block of mass M at the back of which a spring of spring constant K is attached, as shown in the figure. Select the CORRECT alternative (s) :
Options
A.The velocity of center of mass is 
v0
v0B.The initial kinetic energy of the system in the center of mass frame is 
C.The maximum compression in the spring is v0 
D.When the spring is in the state of maximum compression the kinetic energy in the center of mass frame is zero
Solution
(A) VCM = 
(D) At maximum compression both block moves together so speed of centre of mass is also same.
(D) At maximum compression both block moves together so speed of centre of mass is also same.
Create a free account to view solution
View Solution FreeMore Center of Mass Questions
Two particles approach each other with different velocities. After collision, one of the particles has a momentum in the...A man weighing 80 kg is standing at the centre of a flat boat and he is 20 m from the shore. He walks 8 m on the boat to...A particle of mass ′m′ and velocity ′′ collides oblique elastically with a stationary particle o...Two blocks of masses m and M are moving with speeds v1 and v2 (v1 > v2) in the same direction on the frictionless sur...A semicircular portion of radius ′r′ is cut from a uniform rectangular plate as shown in figure. The distanc...