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The circuit shown below is in a uniform magnetic field that is out from the page. The current in the circuit is (1.5x10^-1) A. At what rate is the magnitude of the magnetic field changing? Use T/s for your answer. Note: Use a positive sign if the rate is increasing or a negative sign if the rate is decreasing. ↑ 12 cm <-12 cm-> w 1052 4V Note: Your answer is assumed to be reduced circuit highest power possible.

The circuit shown below is in a uniform magnetic field that is out from the page. The current in the circuit is (1.5x10^-1) A. At what rate is the magnitude of the magnetic field changing? Use T/s for your answer. Note: Use a positive sign if the rate is increasing or a negative sign if the rate is decreasing. ↑ 12 cm <-12 cm-> w 1052 4V Note: Your answer is assumed to be reduced circuit highest power possible.

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The circuit shown below is in a uniform magnetic field that is out from the page. The current in the circuit is (1.5x10^-1) A. At what rate is the magnitude of the magnetic field changing? Use T/s for your answer. Note: Use a positive sign if the rate is increasing or a negative sign if the rate is decreasing. 12 cm -12 cm-> www 102 4V Note: Your answer is assumed to be reduced circuit highest power possible.
Transcribed Image Text:The circuit shown below is in a uniform magnetic field that is out from the page. The current in the circuit is (1.5x10^-1) A. At what rate is the magnitude of the magnetic field changing? Use T/s for your answer. Note: Use a positive sign if the rate is increasing or a negative sign if the rate is decreasing. 12 cm -12 cm-> www 102 4V Note: Your answer is assumed to be reduced circuit highest power possible.
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