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You have a solenoid with a known self-inductance of 10.0 H. You measured an induced EMF of 2.00 V across the solenoid. What is the magnitude of the change in current with respect to time? A. 0.0500 A/s B. 0.200 A/s C. 5.00 A/s D. 20.0 A/s

You have a solenoid with a known self-inductance of 10.0 H. You measured an induced EMF of 2.00 V across the solenoid. What is the magnitude of the change in current with respect to time? A. 0.0500 A/s B. 0.200 A/s C. 5.00 A/s D. 20.0 A/s

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You have a solenoid with a known self-inductance of 10.0 H. You measured an induced EMF of 2.00 V across the solenoid. What is the magnitude of the change in current with respect to time? Refer to the image for the question, and kindly provide complete solutions. 

You have a solenoid with a known self-inductance of 10.0 H. You measured an induced EMF of 2.00 V across the solenoid. What is the magnitude of the change in current with respect to time? A. 0.0500 A/s B. 0.200 A/s C. 5.00 A/s D. 20.0 A/s
Transcribed Image Text:You have a solenoid with a known self-inductance of 10.0 H. You measured an induced EMF of 2.00 V across the solenoid. What is the magnitude of the change in current with respect to time? A. 0.0500 A/s B. 0.200 A/s C. 5.00 A/s D. 20.0 A/s
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