A block of mass ‘
’is hanging from massless spring of spring constant 
. It is in equilibrium under the influence of gravitational force. Another particle of same mass ‘
’ moving upwards with velocity 
hits the block and sticks to it. For the subsequent motion, choose the 
statements:
.png)
a)
Velocity of the combined mass must be maximum at natural length of the spring
b)
Velocity of the combined mass must be maximum at the new equilibrium position
c)
Velocity of the combined mass must be maximum at the instant particle hits the block
d)
Velocity of the combined mass must be maximum at a point lying between old equilibrium position and natural length
’is hanging from massless spring of spring constant . It is in equilibrium under the influence of gravitational force. Another particle of same mass ‘ ’ moving upwards with velocity hits the block and sticks to it. For the subsequent motion, choose the statements:a)
Velocity of the combined mass must be maximum at natural length of the spring
b)
Velocity of the combined mass must be maximum at the new equilibrium position
c)
Velocity of the combined mass must be maximum at the instant particle hits the block
d)
Velocity of the combined mass must be maximum at a point lying between old equilibrium position and natural length
Question ID - 100801 | SaraNextGen Top Answer A block of mass ‘ ’is hanging from massless spring of spring constant . It is in equilibrium under the influence of gravitational force. Another particle of same mass ‘ ’ moving upwards with velocity hits the block and sticks to it. For the subsequent motion, choose the statements:
a)
Velocity of the combined mass must be maximum at natural length of the spring
b)
Velocity of the combined mass must be maximum at the new equilibrium position
c)
Velocity of the combined mass must be maximum at the instant particle hits the block
d)
Velocity of the combined mass must be maximum at a point lying between old equilibrium position and natural length
A block of mass ‘ ’is hanging from massless spring of spring constant . It is in equilibrium under the influence of gravitational force. Another particle of same mass ‘ ’ moving upwards with velocity hits the block and sticks to it. For the subsequent motion, choose the statements:
|
a) |
Velocity of the combined mass must be maximum at natural length of the spring |
|
b) |
Velocity of the combined mass must be maximum at the new equilibrium position |
|
c) |
Velocity of the combined mass must be maximum at the instant particle hits the block |
|
d) |
Velocity of the combined mass must be maximum at a point lying between old equilibrium position and natural length |
|
(a,c,d) In an SHM, the maximum velocity is at the equilibrium position |