A generator runs on power from a nearby river. It has a 0.010-T magnet and a 31-turn coil with area, 0.89 m2 and needs to generate an average power of 1.37 W for a circuit with a resistance of 33.5 Ohms. Calculate its angular frequency in rad/s.
A generator runs on power from a nearby river. It has a 0.010-T magnet and a 31-turn coil with area, 0.89 m2 and needs to generate an average power of 1.37 W for a circuit with a resistance of 33.5 Ohms. Calculate its angular frequency in rad/s.
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![A generator runs on power from a nearby river. It has a 0.010-T magnet and
a 31-turn coil with area, 0.89 m2 and needs to generate an average power
of 1.37 W for a circuit with a resistance of 33.5 Ohms. Calculate its angular
frequency in rad/s.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa6c7567d-58c6-4bf3-9754-2479989ac934%2Fe33a9867-dd39-4ce6-8c72-ad16ff978c67%2Fmdj938n.jpeg&w=3840&q=75)
Transcribed Image Text:A generator runs on power from a nearby river. It has a 0.010-T magnet and
a 31-turn coil with area, 0.89 m2 and needs to generate an average power
of 1.37 W for a circuit with a resistance of 33.5 Ohms. Calculate its angular
frequency in rad/s.
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