4. Write down the Kirchoff current equation at junction A and the voltage drop e

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4. Write down the Kirchoff current equation at junction A and the voltage drop equation around the top and also bottom loops using the currents as shown. Put in the resistance and voltage values and you will have three equations and three unknowns. (You don't have to solve the equations) 5. In the circuit below, R=160 Ohms, L= 50 mH. What frequency will cause the output voltage maximum to be 1/3 of the input voltage maximum? Bonus question: There is an infinite sheet of charge in the xy plane which has 1.1 C/m^2 . There is also a 3 cm circular hole centered at the origin which has been cut out of the sheet. What is the electric field at a distance of 12 cm directly above the center of the hole: (at x=0, y=0 z=12 cm)?

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