1. Find the total resistance and current / for each circuit of Fig. 5.1. 200 k 1 Mn 10 V 330kf Ry 0.1 MA 1.2 k E = 120 V. 45k) 3 kfl 13 k 22 k (4) FIG. 5.1. 2. For the circuits of Fig. 5.2, find Rr, I, and voltage across each resistor for each circuit 10 0 12 120V 180

68.0 N R1 AV 1- 29.0 Q Consider the circuit above. If AV = 182 volts and R1 = 29.9 ohms, what is the power delivered in watts by the battery to the circuit? (Enter answer as an integer. Do not enter unit.)

1. Find the equivalent capacitance across the terminals of the circuit in Fig. 2.32. C1 C2 2.7 µF 2.7 μF 100 μFC3 10 µF=C4 Figure 2.32 Circuit for Problem 1.

2. In the circuit shown below, the voltmeter has an internal resistance of 100 kn & the ammeter has a negligible resistance. (show all needed calculations for a, b, c, d, & e below). 100 KS V a. What is the equivalent resistance, Rp, of the voltmeter & the resistor? R = + A F x = 0.015 100 200 200 ΚΩ Rp = 0.015 = 66.7 KSL 50 V b. How much current, I, is the ammeter reading? c. What is the voltmeter reading, V? d. What is the % E between the calculated value for R & the value given in the circuit diagram? e. How can we reposition the voltmeter to reduce this error, & why will this position work?