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A generator has a 0.054 T magnetic field and a coil with 51 turns each with an area of 0.218 m2. At what angular velocity (in rad/s) would the generator have to rotate to generate 6,092 J of energy per hour? The resistance of the coil is 342 Ohms.

A generator has a 0.054 T magnetic field and a coil with 51 turns each with an area of 0.218 m2. At what angular velocity (in rad/s) would the generator have to rotate to generate 6,092 J of energy per hour? The resistance of the coil is 342 Ohms.

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find the angular velocity of generator.

A generator has a 0.054 T magnetic field and a coil with 51 turns each with an area of 0.218 m2. At what angular velocity (in rad/s) would the generator have to rotate to generate 6,092 J of energy per hour? The resistance of the coil is 342 Ohms,
Transcribed Image Text:A generator has a 0.054 T magnetic field and a coil with 51 turns each with an area of 0.218 m2. At what angular velocity (in rad/s) would the generator have to rotate to generate 6,092 J of energy per hour? The resistance of the coil is 342 Ohms,
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