8 μF 6μF а о 6μF 3 μF = 12 μF bo 10 μF Figure P5.17 Circuit for Problems 5.17 and 5.21.
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Reduce the circuit in Fig. P5.17 into a single equivalent
capacitor at terminals (a,b). Assume that all initial voltages are
zero at t = 0
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- 5a. What is E2=? 5b. What is E3=? 5c. What is the potential difference of b relative to point a (V_ba)?A source-free RC circuit contains a 100 ohm resistor and a 1 mF capacitor initially charged to 5 volts. What is the voltage across the capacitor after a time of 0.1 seconds has elapsed. Show all workA resistor of 20ohms and a capacitance of unknown value when connected. In in parallel across a 100V, 50Hz supply take a current of 6A. The combination is now connected across a 100V supply of unknown frequency and the current falls to 5.5A . What is the frequency?
- • Circuit diagram needed.• Answer must includecorrect units.HELP plZ IN 10 MINUITSAns.a) 79580/Hb)1mH/m Problem: 2.6.12. A galvanometer has a coil resistance of 50 ohms and a current sensitivity of 0.001 micro-ampere per mm. How much is the voltage across its terminals when the deflection is 15 cm at full scale? Ans. 7.5µ V Problem: 2.6.13. A 40-F capacitor is charged to store 0.2 J of energy. An uncharged 60-µF capacitor is then connected in parallel with the first one through perfectly conducting leads. What is the final energy of the system? Ans. 0.12J Problem: 2.6.14. A 40-uF capacitor is connected in parallel with a 60-µF capacitor and across a time-varying voltage source. At a certain instant, the total current supplied by the source is 10 A. Determine the instantaneous currents through the individual capacitors. Ans. 4A and 6A
- which of the following are true? In forward bias, the transition capacitance dominates In forward bias, the diffusion capacitance dominates In reverse bias, the transition capacitance dominates In reverse bias, the diffusion capacitance dominatesQ6. Explain why an a.c capacitor that is working in an a.c circuit will get hot, whereas a d.c capacitor working in a d.c circuit of the same voltage will not get hot.Regarding behavior of inductors and capacitors in circuits, select the correctstatement -a) Voltage leads current in a capacitive circuit,b) Current leads voltage by 180 degrees in a pure capacitor,c) Voltage leads current by 45 degrees in a pure inductor,d) Current leads voltage in an inductive circuit,e) Current lags voltage in a pure capacitor by 90 degrees,f) Current lags voltage by 90 degrees in a pure inductor