Answer :

The acceleration of the mass M is

Given

The blocks are of “m” and “M” masses, with radius of r pulley and moment of Inertia “I”

Formula Used

The formula used to find the acceleration of the mass pulled/pushed is determined by the second law of Newton when the Force/Tension applied is equivalent to the product of mass and acceleration

where

is the force of the mass in terms of tension, is the acceleration and m is the mass of the block.

Explanation

The diagram 10.E4.1 is drawn below for better understanding of the kinematics of the blocks

The tension applied on the first block is

The tension applied on the block of mass “m” is

The torque applied on the pulley is derived as

The angular acceleration is changed into normal linear acceleration.

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Figure <span langPhysics - Exemplar

Figure <span langPhysics - Exemplar

Two uniform solidHC Verma - Concepts of Physics Part 1

A block of known HC Verma - Concepts of Physics Part 1