How to Calculate the Stretch of Springs in a Parallel System

What is the method to determine the stretch of springs in a parallel system when given the spring constants and weight?

Calculating the Stretch of Springs in a Parallel System

When dealing with a parallel spring system where springs are positioned in a way that a weight stretches each spring equally, you need to consider the individual spring constants and the weight applied. The formula to calculate the stretch of the springs is:

F = k₁x + k₂x

Where:

F is the total force applied (weight),

k₁ is the spring constant of the left-hand spring,

k₂ is the spring constant of the right-hand spring, and

x is the stretch of the springs.

By adding the forces applied by each spring, you can determine the total force exerted and then solve for the stretch of the springs.

← A 27 0 cm long solenoid with 940 turns and 1 25 cm in diameter How to calculate the angle to the first dark ring in a laser diffraction experiment →