That depends on the relative sizes of the gear shafts used to transmit power from the motor to the wheel. For instance, if they were the same size, and no gears in between, then the wheel would rotate 400 times a minute (RPM), which is 6.66 times a second. But usually gears transmit power in such a way that the wheel rotates slower than the motor (less RPM) but with more power.
Well, isn't that a lovely question! To find out how many times the wheel will rotate, we first need to calculate the circumference of the wheel using the formula 2 x π x radius. Then we can divide the total distance of 88 km by the circumference of the wheel to find our answer. Just remember to breathe, take your time, and enjoy the journey of learning something new today.
Diameter = 40 cm implies circumference = 40*pi = 125.7 cm So, in travelling 352 metres = 35200 cm, the wheel will rotate 35200/125.7 = 280.1 times (approx).
the wheel and axle is a simple machine made from two circular objects and are different sizes that are attached and rotate together and it is a lever that can rotate to 360 degrees
A wheel 2 feet in diameter turning 10000 revolutions per hour is going, at the rim, 17.45 feet per second, or 25.6 miles per hour.
50,020 times
200 TIMES
That depends on the relative sizes of the gear shafts used to transmit power from the motor to the wheel. For instance, if they were the same size, and no gears in between, then the wheel would rotate 400 times a minute (RPM), which is 6.66 times a second. But usually gears transmit power in such a way that the wheel rotates slower than the motor (less RPM) but with more power.
They rotate on the wheel hub, which houses the wheel bearing.
It is an optical illusion, the camera takes pictures at the rate of 24 frames per second, if the wheel takes longer than 1/24 of a second to rotate once it appears to be going backward.
A tip for rotating your hips while doing an ariel is to pretend your doing a cart wheel. Vision your hands going and hitting the ground. (But don't Lol) Also practice running, hertling, then do a fast cart-wheel, but only land on you second hand for doing a cart wheel, it really helps your aerial.
no. of rotations = 500000/3.142*30 = 5304.47 = 5304
75
Well, isn't that a lovely question! To find out how many times the wheel will rotate, we first need to calculate the circumference of the wheel using the formula 2 x π x radius. Then we can divide the total distance of 88 km by the circumference of the wheel to find our answer. Just remember to breathe, take your time, and enjoy the journey of learning something new today.
Arguable:1. Simple - Just rotate2. Complex - If you consider the wheel as a particle on the surface of earth - Both rotate and revolve
This phenomenon, known as the wagon-wheel effect, occurs when the frame rate of a camera is synchronized with the rotational speed of the wheel. It creates an optical illusion where the wheel appears to rotate in the opposite direction due to aliasing effects.
No. A revolution is a revolution is a revolution. Two wheels of different diameters can have the same rotational velocity (in rpm) or angular velocity (in radians per second or degrees per second). Mark the outer edge of the wheel, and count the number of full revolutions it makes in one second. But I have a feeling your question is poorly worded. You should realize that a smaller wheel will rotate faster than a larger one for a given linear velocity. For example, if you are riding a bicycle, say, with a small wheel on the front and a large one on the back, the smaller front wheel will need to rotate faster -- that is, it's angular velocity will be greater -- than the larger back wheel.