Electromagnetism is an efficient way in which to turn a motor. It does not produce pollution and it is otherwise environmentally safe.
no you should know it you fat person your lazy and old
If it has a battery that is electromagnetic energy, but if you mean radiation force you need 300 megawatts of power for 1 Newton force.
By 1888 Nikola Tesla built and patented his alternating current motor wich is the one to power homes and builduings today.
By force or by election.By cable or electromagnetic wave forms.By physical or fluid gearing.
In 1888 Nikola Tesla patented the first practicable AC motor and with it the polyphase power transmission system which had the smooth-running, commutator-free motor with the rotor as its only moving part.
You would need to know how fast it is going to determine the force that the 50 hp motor is pushing the boat. Energy = Force X Distance. Divide both sides by time: Energy/time = Force X Distance/Time = Force X Speed, and Energy/Time = Power, so Power = Force X Speed, and Force would equal Power/Speed.
The inductive component of a power drill is typically the electric motor. This motor uses electromagnetic induction to convert electrical energy into mechanical energy, which drives the rotation of the drill bit to bore or drive screws.
The differential in a tractor greatly multiplies the power generated by the motor - enabling it to do more work.
You should clarify, advantage compared to what: for instance muscle power, gasoline engine, etc.
The speed of motion generated by a motor is not a function of its nominal power. The nominal power, 3kW in this example, is an indicator for the electric power consumed, and for the force available in the direction of motion. The speed of a motor is determined by its construction, and can cover an extremely wide range regardless of its power.
The concept of using a 9-volt tape recorder motor as a generator involves exploiting its ability to convert mechanical energy into electrical energy. When the motor is spun mechanically, such as by hand or through an external force, it generates a voltage due to electromagnetic induction within its coils. This principle allows the motor to function as a simple generator, producing DC electricity which can be used to power small devices or charge batteries. The efficiency and output depend on the motor's speed and design.
The power output would be corralated with the gearing of the motor, but assuming a perfect 1:1 ratio you would have a force of 25lbs, and a power output of 1600 watts.