An AC voltage,V = 20 V sin (1000 rad/s t)is applied across a capacitor of capacitance C = 40 $\mu$F.The capacitor is made of two circular plate each of radius r = 5 cm.What is the peak magnetic field at the circumference of the capacitor?
A)1.2 $\mu$T
B)1.6.2 $\mu$T
C)3.2 $\mu$T
D)72 $\mu$T
E)None of these is correct.

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The Answer of An AC voltage,V = 20 V sin (1000 rad/s t)is applied across a capacitor of capacitance C = 40 $\mu$F.The capacitor is made of two circular plate each of radius r = 5 cm.What is the peak magnetic field at the circumference of the capacitor?
A)1.2 $\mu$T
B)1.6.2 $\mu$T
C)3.2 $\mu$T
D)72 $\mu$T
E)None of these is correct.

An AC Voltage,V = 20 V Sin (1000 Rad/s T)is μ\muμ

An AC Voltage,V = 20 V Sin (1000 Rad/s T)is $\mu$