smaller ones turn faster than larger ones
both lift same speed both lift same speed
dynamic routes and static routes
Because - through the use of gears, the load is spread. For example, every turn of the main pulley wheel only turns the anchor wheel one SIXTH.
Water evaporates faster in the sun. It does this because the water heats up, boils, and turns from a liquid to a gas.
yes it does. the faster the blade turns the more electricity it produces
So long as it stays between 13.6 - 14.6 volts, you're fine. The alternator pulley is connected to the crankshaft pulley by a belt. As you increase speed, the crankshaft turns faster, and so does the alterator pulley.
Im not sure which direction the bolt turns to remove the pulley...the crank shaft turns in clock wise direction when engine is running.
flows faster as its turns.
Lower turns faster,,,higher turns more torque
A pulley is a wheel with a groove and a the belt is what runs through those grooves which spins the pulley. The pulley spins which turns a pump in a power steering pump or coil in a alternator.
Large drive pulley, small driven pulley = faster rotation but less torque. Small drive pulley, large driven pulley = slower rotation but more torque.
both lift same speed both lift same speed
An alternator turns to the right, if facing pulley from side.
it makes our work faster,easier and better
dynamic routes and static routes
If you decrease the size of the driven pulley the fan will turn faster. You can achieve the same effect by increasing the size of the drive pulley.
I'm assuming you mean a pulley, which is what the belts run on. If so, depending on which pulley the bearings could be bad or if it is the crankshaft pulley (big pulley near the bottom) the rubber could be getting bad.