How to Calculate Percent Decrease in Length of Stool's Legs?

What is the formula to calculate the percent decrease in the length of a stool's legs when a 75 kg man sits on it?

How does the weight of the man affect the decrease in length of the stool's legs?

To calculate the percent decrease in the length of a stool's legs, we can use the formula:

Percent decrease = (change in length/original length) x 100

When a 75 kg man sits on a stool, his weight exerts a force on the stool, causing it to compress. This compression leads to a decrease in the length of the stool's legs.

Calculating the percent decrease in the length of a stool's legs when a person sits on it involves understanding how the weight of the person affects the compression of the stool. When a person sits on a stool, the stool's legs bear the weight of the person, causing them to compress.

The formula to calculate the percent decrease in length is:

Percent decrease = (change in length/original length) x 100

By determining the change in length due to the weight of the person and dividing it by the original length, we can calculate the percent decrease in the length of the stool's legs. This calculation provides insights into how the stool's legs are affected by the weight applied to them.

Understanding the mechanics of how compression affects the length of the stool's legs is crucial in determining the stability and durability of the stool. By considering the forces at play when someone sits on a stool, we can evaluate the impact on the stool's structure and make informed decisions about its design and materials.