Problem C. In the circuit shown R1 = 1000, R2 = 50.00, R = 25.092 and the voltage source provides 10.0V of potential dif

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Problem C In The Circuit Shown R1 1000 R2 50 00 R 25 092 And The Voltage Source Provides 10 0v Of Potential Dif 1 (34.3 KiB) Viewed 9 times

Problem C. In the circuit shown R1 = 1000, R2 = 50.00, R = 25.092 and the voltage source provides 10.0V of potential difference. Determine the current through and voltage drop across each resistor. w R2 500 R1 100 w + R3 25 a 10 V Problem D. Five turns of a square loop of wire is oriented with the loop area perpendicular to an external magnetic field B as shown in the diagram. The square loops have a side length of 10.0cm and the entire length of wire has a resistance of 50.012. If the magnetic field decreases from 3.50T to 2.00T in 25ms, deter the induced emf and current. Also determine the direction of the induced current and explain the reasoning you used to determine it. B