A horizontal spring block system of mass M executes simple har monic motion.w hen the block is passingle through its equilibrium position, an object of mass m is put on it and the two move tother. Find the new amplitude and frequency of vibration.

A horizontal spring block system of mass M executes simple haormonic motion. When the block is passing through its equilibrium position, an object of mass m is put on it and the two move together. Find the new amplitude and frequency of vibration. Given, k is the spring constant of the system.

A horizontal spring-block system of mass 1kg executes SHM of amplitude 10 cm. When the block is passing through its equilibrium position another mass of 1kg is put on it and the two move together.

A horizontal spring -block system of mass 2kg executes S.H.M when the block is passing through its equilibrium positiojn an object of mass 1kg is put on it the two move togather The new amplitude of vibration is (A being its initial amplitude)

A block of mass M is lying on a frictionless horizontal surface and it connected to a spring of spring constant k, whose other end is fixed to a wall, system executes simple harmonic motion of amplitude A_(0) , when the block is passing through its equilibrium positions, an object of mass m is put on it and the two move together with a new time period T and amplitude A. Find the value of T and A in terms of given constants.

A horizontal spring is connedted to a mass M . It exectues simple harmonic motion. When the mass M passes through its mean position, an object of mass m is put on it ans the two move together. The ratio of frequencies before and after will be-

A block of mass M attached to the free end of a spring of force constant k is nounted on a smooth horizontal table as shown in figure. The block executes SHM with amplitude A and frequency f . If an object of mass m is put on it, when the block is passing through its equilibium position and the two move together ,then what is the new amplitude and frequency of vibration?

A block of mass M executes SHM with amplitude a and time period T. When it passes through the mean position, a lump of putty of mass m is dropped on it. Find the new amplitude and time period.

A light spring of force constant k is attached to a block of mass M placed on a horizontal firctionless surface from its one end and other end is fixed to a right support. The system is executing S.H.M. of amplitude A_(1) and time period T_(1) . At some instant, the block passed through the equilibrium position and a small object of mass m is placed on it. The new amplitude and time period of the system now becomes A_(2) and T_(2) respectively. The ratio T_(2)/T_(1) is

A light spring of force constant k is attached to a block of mass M placed on a horizontal firctionless surface from its one end and other end is fixed to a right support. The system is executing S.H.M. of amplitude A_(1) and time period T_(1) . At some instant, the block passed through the equilibrium position and a small object of mass m is placed on it. The new amplitude and time period of the system now becomes A_(2) and T_(2) respectively. The ratio A_(2)//A_(1) is