Flywheels are large, massive wheels used to store energy. They can be spun up slowly, then the wheel's energy can be released quickly to accomplish a task that demands high power. An industrial flywheel has a 1.6 m diameter and a mass of 220 kg . Its maximum angular velocity is 1600 rpm . A motor spins up the flywheel with a constant torque of 50 N⋅m . How long does it take the flywheel to reach top speed? How much energy is stored in the flywheel? The flywheel is disconnected from the motor and connected to a machine to which it will deliver energy. Half the energy stored in the flywheel is delivered in 2.4 s . What is the average power delivered to the machine? How much torque does the flywheel exert on the machine?

Flywheels are large, massive wheels used to store energy. They can be spun up slowly, then the wheel's energy can be released quickly to accomplish a task that demands high power. An industrial flywheel has a 1.6 m diameter and a mass of 220 kg . Its maximum angular velocity is 1600 rpm . A motor spins up the flywheel with a constant torque of 50 N⋅m . How long does it take the flywheel to reach top speed? How much energy is stored in the flywheel? The flywheel is disconnected from the motor and connected to a machine to which it will deliver energy. Half the energy stored in the flywheel is delivered in 2.4 s . What is the average power delivered to the machine? How much torque does the flywheel exert on the machine?

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Question

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A motor spins up the flywheel with a constant torque of 50 N⋅m . How long does it take the flywheel to reach top speed?

How much energy is stored in the flywheel?

The flywheel is disconnected from the motor and connected to a machine to which it will deliver energy. Half the energy stored in the flywheel is delivered in 2.4 s . What is the average power delivered to the machine?

How much torque does the flywheel exert on the machine?

Definition Definition Rate of change of angular displacement. Angular velocity indicates how fast an object is rotating. It is a vector quantity and has both magnitude and direction. The magnitude of angular velocity is represented by the length of the vector and the direction of angular velocity is represented by the right-hand thumb rule. It is generally represented by ω.

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