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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
Fans make air when they start to rotate, and when they start to rotate the air starts to kinda rotate making cooler air for us.
by coding them(using microcontrollers or computers,etc) for ex.to move a robot you need some code on chip to set 1(5v) for motor to move it. to rotate u need to set(enabling motor 1 , direction to (1)for ex and another motor enable it and make direction (0)for ex
An electric motor converts electricity into mecanical movement. The reverse us true. If you make a model which can rotate the spindle of an electric motor, electricity will flow out of the wires of the motor. The faster the spindle turns the more power you will get. Best to use a small motor designed for small batteries (for instance the sort found in remote control car kits). Anything designed for larger applications will have inbuilt circuits which prevent this working
The elctromagnet has a phase difference between it and the rotor magnet. The electromagnet leads the rotor and attracts one side and repels the opposite side. This torques makes the motor turn.
Connecting Phase A, B and C to the motor leads will make a 3 phase motor run in one direction while interchanging any two will make the motor rotate in the opposite direction.
They might because they need something to make the thingy rotate
I assume you mean an electric car. As an electric motor uses magnets or magnetism to rotate
and force is when you push or pull and a motor is something that is used to make a fun spin
The moment of inertia tells us how easy or how difficult it is to make something rotate.
Are you going to use the 9-volt motor as a dynamo, and the 9-volt dynamo as a motor? Yes, the motor can rotate the dynamo because DC motors and DC generators are actually the same thing--they just apply power to the terminals of a motor to make it turn, and turn the shaft of a generator to make power appear at the terminals. Having said that, if you're going to try to connect the shaft of a 9v motor to the shaft of a 9v dynamo, and use the dynamo to power the motor so as to create a perpetual motion machine...that won't work. The motor wastes a little bit of energy, as does the dynamo. It is possible to build a device that uses a motor to drive an alternator, which is the AC version of a dynamo. You power the motor from the AC grid, and power something that's very sensitive to noise on the line from the alternator. This is called a Motor Generator set, and it's how they powered Cray-1 supercomputers.
Depending on the type of DC motor, it will either run normally or just heat up and make noise.i think the motor will rotate to and frow.means it will rotate in clycle.it will complete half cycle.and after it will complete its other half cycle in anticlockwise direction.
No it is not possible to build a mini bike with a starter motor hanging down underneath.
All motors have the ability to rotate in either direction. The motor has to be connected to additional equipment to make this happen. In a three phase motor a reversing magnetic contactor is used and in single phase motor usually a drum switch is used.
Other things being equal, yes - with the same force, you can make the light object rotate faster. The amount of force required to make an object rotate depend on the mass, the size, and the general shape of the object. And of course on the rotational velocity you want to achieve. Do some reading on "moment of inertia" - for rotational motion, that is the equivalent of "mass" for linear motion.
no it will only make the battery not charge
a motor interprets it's power off something like a battery and makes the motors end spin so it would make something ove like a car except that is by diesel or petrolA motor is a type of engine for a vehicles.A motor is a type of engine for a vehicles.