Q. 50

# Figure (8-E12) sh

Answer :

The velocity of the block A is Given

The masses of the blocks are given as 320 g, the spring constant is given as 40 N/m, the block B is attached at a height of 40cm from the horizontal surface, with a gravity of .

Formula Used

The formula used to equate the conservation of the forces is given as Tension/Force equal to the product of spring constant/mass with compression distance/gravity.   where

T is the tension, k is the spring constant, m is the mass, x is the compression distance and g is the gravity.

Explanation

The formula used is the force or the tension, applied on the block A due to spring is given as where X is taken as , so the tension due to spring is By equating the y-axis direction of the force is Placing the tension as , we get the equation as    Now finding the value of the displacement x, we get the value as  Hence, the difference in Kinetic Energy is equivalent to the force applied on the block is written as    Therefore, the velocity of the block A is Rate this question :

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