It depends which way you're looking at it.
we will let the air of the original fan rotate and anywhere we want we will stick the paper fan and automatically it will rotate
With 4 equally spaced blades on a fan, you can rotate the fan onto itself with a minimum of 90 degrees. Each blade will align with the next blade at a quarter turn, which corresponds to 90 degrees.
When a fan is turned on, it typically makes a humming or whirring sound as the blades rotate and circulate air.
In order to cool a room with a ceiling fan, the fan blades should rotate counterclockwise to create a downdraft of cool air. This direction helps create a wind-chill effect, making you feel cooler without changing the room temperature.
When an electric fan is on, electrical energy is converted into mechanical energy to rotate the fan blades, causing air movement. There may also be some heat generated due to the electrical resistance in the motor of the fan.
we will let the air of the original fan rotate and anywhere we want we will stick the paper fan and automatically it will rotate
Explain how the fan belt gets energy to rotate
The same direction as the fan and the drive axle (rwd only)
This can vary depending on the fan its self and what way the blades face.
The rotation is clockwise. Answer. If unsure, look at your fan blades, to see which way they rotate!
South of the equator
It will rotate faster.Since the fan is not designed for this, it will progressively ruin it.
It obviously depends upon which side you view it from!
V-belt driven, clockwise.
With 4 equally spaced blades on a fan, you can rotate the fan onto itself with a minimum of 90 degrees. Each blade will align with the next blade at a quarter turn, which corresponds to 90 degrees.
You can probably get a computer fan to turn a bit if there is no electricity, but you'll not get any benefit from doing that.
When a fan is turned on, it typically makes a humming or whirring sound as the blades rotate and circulate air.