It depends on the wind and the rating for the windmill
A 60cm pendulum will make 53 swings in one minute. The formula to calculate this is: number of swings = (60 / 1.18) * 60.
17,987,547.5 kilometers per minute. 3(108) m/s is speed 1000 m makes one km 60 s make one minute That's how the above was calculated (but with greater precision).
Yes, a windmill is an example of harnessing wind power to generate electricity or mechanical power. By capturing the kinetic energy of the wind, windmills can convert it into usable energy for various purposes.
1 minute = 3 600 seconds = 3,6 kiloseconds
60,000,000,000
Rotations per minute A device checks how long it takes for a rotating object to make a full rotation take that number and check how many times it goes into 60(seconds/Minute).
A bicycle should not make any rotations! The number of rotations made by the wheels of a bicycle will depend on the wheel size.
Firstly, 86,400 is the number of ticks, not rotations. A rotation is how many times the hand passes the 12 mark. Secondly, 60x60 is not 3,600, it's 1,440, which is the actual correct number of rotations.
To produce 60 hertz, a 2-pole generator must complete one full rotation for each cycle of alternating current. Since there are 60 cycles in one second, the generator must rotate 60 times per second. To convert this to rotations per minute, you multiply by 60, resulting in 3600 RPM (rotations per minute) for the generator.
sixtynine days
7 rotations
10 years
1 minute = 60 seconds720 degrees = (2 x 360) = 2 revs2 revs per second = (2 x 60) = 120 revs per minute
Not counting rotations, there are 4.
During each complete revolution around the sun, the earth makes 365.24 rotations on its axis.
Roughly 1/24th or 0.04167 of one revolution.
10