a paragraph explaining what would happen to the number of rotations if your tires’ circumference increased by 20%
a paragraph explaining what would happen to the number of rotations if your tires’ circumference decreased by 20%
If the circumference of your tires increased by 20%, the number of rotations would decrease. This is because the distance traveled by the tire in one rotation would be greater, meaning that the tire would cover more ground with each rotation. As a result, the tire would need to rotate fewer times to cover the same distance as before. For example, if a tire with a circumference of 60 inches rotated 100 times to travel a distance of 6000 inches, a tire with a circumference of 72 inches would only need to rotate 83 times to cover the same distance.
On the other hand, if the circumference of your tires decreased by 20%, the number of rotations would increase. This is because the distance traveled by the tire in one rotation would be smaller, meaning that the tire would cover less ground with each rotation. As a result, the tire would need to rotate more times to cover the same distance as before. For example, if a tire with a circumference of 60 inches rotated 100 times to travel a distance of 6000 inches, a tire with a circumference of 48 inches would need to rotate 125 times to cover the same distance.