**It is the first moment of the area above y. We have two ways to calculate qy the first method is qy = y1*a1 and, again using equal areas for illustration, qy = y1*a. Now, the second method is to calcite qy by calculating q for the areas below y. So, qy = y2*a2 – y3*a3 – y4*a4.**

## How to Find Q in Shear Stress?

Finding Q in Shear Stress might sound intimidating, but it’s actually a relatively simple process. Shear stress is the force that is exerted when two objects come into contact at an angle. In order to calculate the shear stress, you need to know the force that is being applied and the area affected by the force. Once you have these two factors, you can then find Q, which is the amount of force per unit area.

The first step in finding Q in shear stress is to calculate the total force that is acting on the object. This can be done by multiplying the mass of the object by the acceleration due to gravity. This will give you the force in Newtons.

The second step is to calculate the area that is affected by the force. This can be found by multiplying the length of the object by its width. This will give you the area in square meters.

Once you have both the force and the area, you can then calculate the shear stress by dividing the force by the area. This will give you the shear stress in pascals.

Now that you have the shear stress, you can then find Q. To do this, you must multiply the shear stress

## Leave a comment