Shown in the figure below is a rectangle of wire immersed in a magnetic field. The rectangle has length L = 2 meters, width w = 2 meters, and a resistance of R = 7.97 Ω. The magnetic field varies with time according to the equation: B(t) = 5t2 + 2t5 As a result of the varying field, a voltage and current will be established in the loop. Answer all of the following: What is the FORMULA for the rate of change of magnetic field with time, dB dt = What is the FORMULA for the rate of change of magnetic flux with time, dΦB dt = What is the voltage in the circuit at t=1.1 seconds? Volts What is the current in the circuit at this same time? Amps
Shown in the figure below is a rectangle of wire immersed in a magnetic field. The rectangle has length L = 2 meters, width w = 2 meters, and a resistance of R = 7.97 Ω. The magnetic field varies with time according to the equation: B(t) = 5t2 + 2t5 As a result of the varying field, a voltage and current will be established in the loop. Answer all of the following: What is the FORMULA for the rate of change of magnetic field with time, dB dt = What is the FORMULA for the rate of change of magnetic flux with time, dΦB dt = What is the voltage in the circuit at t=1.1 seconds? Volts What is the current in the circuit at this same time? Amps
Chapter5: Electric Charges And Fields
Section: Chapter Questions
Problem 5.2CYU: Check Your Understanding What would be different if q1 were negative?
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Shown in the figure below is a rectangle of wire immersed in a magnetic field. The rectangle has length L = 2 meters, width w = 2 meters, and a resistance of R = 7.97 Ω. The magnetic field varies with time according to the equation:
B(t) = 5t2 + 2t5
As a result of the varying field, a voltage and current will be established in the loop.
Answer all of the following:
- What is the FORMULA for the rate of change of magnetic field with time,
dB dt - What is the FORMULA for the rate of change of magnetic flux with time,
dΦB dt - What is the voltage in the circuit at t=1.1 seconds? Volts
- What is the current in the circuit at this same time? Amps
NOTE:
- Make all formulas POSITIVE (field and flux).
- Make all values POSITIVE (voltage and current).
- Format your equations as atn + btm where a,b,n,m are numerical values. Example: 12t2 + 72t3
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