I would sujest 15krpm
Shorting the motor's electrical supply will blow the fuse and the motor will run down and stop.
not run in either direction
all the electrical machines can be run either as a motor or as a generator. but dc machines, A motor can be run as generator and vice versa with little modification
two phashe motor run
A 100 horsepower electrical motor would consume 74,600 watts.
Yes, the starter for one, and really any electrical motor in the car.
There isn't one. Car is simply the shorter version of motor car as opposed to a railway car. The main difference is a Motor uses electrical magnetism from another source to make it run, such as a blower motor in a car. The alternator does this by being belt driven, as long as there is GASOLINE. Now an engine can run on it's own by means of something non-electrical, such as GASOLINE, steam, diesel fuel etc....Simplified; an engine doesn't need electricity to run, But a motor does...
On a modern car no. Older completely, mechanical vehicles will run without a battery after starting because everything is driven from the motor or vacuum lines. Cars with electronic ignition and fuel injection and electric fuel pumps need a battery to give a consistent voltage. The alternator provides electric power to recharge the battery but the power output follows the rmp of the motor.
Mahendra Singh Dhoni is the fastest run getter in the Indian ODI.
No Cathy Freeman is not the fastest runner
the fastest mile is 3:43
It depends on the type of motor. An electrical motor can be run in both directions simply by changing the polarity of the electricity being used to power the motor. A combustion motor (like in a car) would have to be built specificly to run in both directions. Most combustion motors are designed to run in one direction and changing that direction would require changing the firing pattern of the cylinders and updating the timing mechanism to account for the motor spinning the other way. Plus, the device being powered by the motor would have to support bring powered in either direction.