surrounded by a circular coil of copper wire with N = 200 turns. area 100 cm2 is. This coil is placed in an upward uniform B magnetic field. is placed as follows. The magnetic field is uniform within 4 s. varying from 0T to 1 T. Assuming the resistance of the coil wires to be zero, this Let's connect the coil to a 5 W resistor. (a) What is the EMF induced in the coil during the 4 s period? (b) What is the current through resistor R due to this induced EMF? (c) Find the amount of charge passing through the coil in 4 s MAGNETIC FIELD DIRECTION

surrounded by a circular coil of copper wire with N = 200 turns. area 100 cm2 is. This coil is placed in an upward uniform B magnetic field. is placed as follows. The magnetic field is uniform within 4 s. varying from 0T to 1 T. Assuming the resistance of the coil wires to be zero, this Let's connect the coil to a 5 W resistor. (a) What is the EMF induced in the coil during the 4 s period? (b) What is the current through resistor R due to this induced EMF? (c) Find the amount of charge passing through the coil in 4 s MAGNETIC FIELD DIRECTION