No matter how close or far you stand from the axis of rotation, your rotational speed will remain constant.
As the load on the engine changes, its rotational speed will also change.
Both legs are held tightly together to increase rotational speed.
At present it was set just over i. A second set of figures gave rotational speed.
What the computer could do is look at different rotational speeds for one out of the four wheels.
That rate is limited by things like the rotational speed of the drive.
The engine hand throttle can is turned up to provide the proper rotational speed.
The rotational speed of the bullet can be calculated by using the formula below.
In addition, the fewer the number of blades, the higher the rotational speed can be.
This would lead to either a larger diameter or a very high rotational speed.