- Ri 16 012 Mw Cod V 24 0 V C1 180 Mf 0 L 120 Mh 4 Referring To The Circuit Shown Above Do All The Following Item 1 (62.59 KiB) Viewed 9 times
Ri= 16.012 MW COD V.-24.0 V C1 = 180 mF (0) L = 120 mH 4. Referring to the circuit shown above do all the following item
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Ri= 16.012 MW COD V.-24.0 V C1 = 180 mF (0) L = 120 mH 4. Referring to the circuit shown above do all the following item
Ri= 16.012 MW COD V.-24.0 V C1 = 180 mF (0) L = 120 mH 4. Referring to the circuit shown above do all the following items. (30 points) a) With the switch straight up in open position and the capacitor uncharged, the switch is closed (as shown) and the clock started at t = 0. Plot the following four graphs aligned one on top of the other. Make the four graphs large enough that they fill one page of paper. Use good formatting - label all axes with title, units and numbers. VR vs. t, Vi vs. t, le vs. t, and livs. t. b) Write the four equations that correspond to those four graphs showing numbers and units. c) After the circuit values stop changing, the switch is lowered to the capacitor and the clock restarted at t = 0. Plot the following four graphs aligned one on top of the other. Make the four graphs large enough that the fill one page of paper. Use good formatting - label all axes with title, units and numbers. Vc vs. t, V. vs. t, Ivs. t, and Qc vs. t. d) Write the four equations that correspond to those four graphs showing numbers and units. e) Describe in words, an equation and a graph the behavior of the energy in this LC circuit.