part 1 of 3 Consider the circuit shown below, where the capacitor is initially uncharged. 1....

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part 1 of 3 Consider the circuit shown below, where the capacitor is initially uncharged. 1. It=0 = R1 R2 Vo R + R2 R + R2 2. It=0 = Vo R2 www R1 R2 C R www || S b Vo 3. It=0 = R Vo After S is switched to position a, the initial current through R is 4. It=0 = R2 Vo 5. It=0 = (R1+ R2) Vo 6. It=0 = R Vo 7. It=0 = 8. It=0 = Vo R + R2 Vo R2 part 2 of 3 Leave the switch at position a for a long time, then move the switch from a to b. When the switch is in position b, what is the time constant, 7, of the circuit? 1. T = (R + R2) C 2. T = R C 3. T = (R + R2) C 4. T = R C 5.T= R + R2 R1 R2 C 6. T= 7. T= R1 R2 (R1 + R2) C R + R2 R1 R2 C R2 8.T= C R 9.7 = C R1 R2 C 10. T= R1 + R2 part 3 of 3 Your response... 3 At a time 27 after S has been switched to position b, what is the power consumption of the circuit? V = 5 V, C = 7 F, R = 5, and R2 = 19 N. W. Answer in units of W. Answer in units of PALETTE part 1 of 3 Consider the circuit shown below, where the capacitor is initially uncharged. 1. It=0 = R1 R2 Vo R + R2 R + R2 2. It=0 = Vo R2 www R1 R2 C R www || S b Vo 3. It=0 = R Vo After S is switched to position a, the initial current through R is 4. It=0 = R2 Vo 5. It=0 = (R1+ R2) Vo 6. It=0 = R Vo 7. It=0 = 8. It=0 = Vo R + R2 Vo R2 part 2 of 3 Leave the switch at position a for a long time, then move the switch from a to b. When the switch is in position b, what is the time constant, 7, of the circuit? 1. T = (R + R2) C 2. T = R C 3. T = (R + R2) C 4. T = R C 5.T= R + R2 R1 R2 C 6. T= 7. T= R1 R2 (R1 + R2) C R + R2 R1 R2 C R2 8.T= C R 9.7 = C R1 R2 C 10. T= R1 + R2 part 3 of 3 Your response... 3 At a time 27 after S has been switched to position b, what is the power consumption of the circuit? V = 5 V, C = 7 F, R = 5, and R2 = 19 N. W. Answer in units of W. Answer in units of PALETTE