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Tabaristiio
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Is it possible for an electric motor to exist (based on our current understanding) which is capable of applying continuous upward force upon an object, enabling that object to fly or lift above the air?
Can electric motors possibly apply continuous upward force?
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In summary, electric motors can produce a continuous upward force by using a power supply and being designed for that purpose. They generate this force through the interaction of electric current and magnetic fields and can be adjusted by changing the current flow. The force produced can be affected by factors such as motor design, current flow, and external forces, and there are limitations to the force output based on the motor's capabilities and operating conditions.
Related to Can electric motors possibly apply continuous upward force?
1. Can electric motors produce a continuous upward force?
Yes, electric motors can produce a continuous upward force as long as they have a power supply and are designed to do so. Motors can be designed to provide a constant force output, such as in elevators or conveyor belts.
2. How do electric motors generate upward force?
Electric motors generate upward force through the interaction of electric current and magnetic fields. When an electric current flows through a wire in the motor, it creates a magnetic field that interacts with the permanent magnets in the motor, causing the motor to rotate and generate force.
3. Can the force produced by an electric motor be adjusted?
Yes, the force produced by an electric motor can be adjusted by changing the amount of current flowing through the motor. This can be done through a control system that regulates the amount of electricity being supplied to the motor.
4. What factors affect the upward force produced by an electric motor?
The upward force produced by an electric motor can be affected by several factors, including the design of the motor, the amount of current flowing through it, and any external forces acting on the motor. The efficiency of the motor and the quality of its components can also impact the force output.
5. Are there any limitations to the upward force that electric motors can produce?
While electric motors can produce a significant amount of upward force, there are limitations to their force output. These limitations can depend on the design and capabilities of the motor, as well as external factors such as the load being lifted or the conditions in which the motor is operating. Additionally, as with any machinery, electric motors have a maximum capacity and should not be overloaded beyond their capabilities.
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