a. A switch S1 has been in contact as in Figure Q1(a) for a long time. At time t=0 sec, it is changed to contact between point 1-2. At t 1 sec, is change back to contact 2-3: R1 4 RO S1 152 R2 R3 62 122 Vs 45V 0.25F Figure Q1(a) i. Determine the capacitor voltage function during0
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- Consider the circuit shown in Figure P14.44. The two coils have L1=0.1 H, L2=10 H, and M=1 H. Prior to t=0, the currents in the coils are zero. At t=0, the switch closes. Determine and sketch i1(t) and v2(t) to scale versus timeA current waveform in Figure Q1(a)(i) is applied to the circuit input, is, inFigure Q1(a)(ii). Assuming that the capacitors are initially uncharged, find theoutput voltage, ??(?).a series circuit contains a resistor and an inductor as shown in figure 1.3.14. determine a differential equation for the current i (t) if the resistance is R, the inductance is L, and the impressed voltage is E(t)
- For the circuit shown in Figure P1.76, solve for i s. What types of sources are present in this circuit?Q-1: Give brief answer to the following: (Answer Ten only)1) what is the potential transformer used for in power substation?2) what is process leads to lowering the number of free electrons?3) what is The Townsend’s Criterion4) why Sulphur Hexafluorid has good insulation strength?5) What is Intrinsic Breakdown6) why do bubbles lead to breakdown of liquid?7) how to decease the ripple voltage of cockroft-walton voltage multiplier circuit8) how much the maximum charging current of A Van de Graaff generator has a beltwidth 1 m, a belt speed of 4 m/s, and charge density of 10 c/m29) Why does need for Reactive Power Compensation in test transformer?10) The output voltage of series resonant circuit is given by the formula _________11) what is impulse voltage and what is its standard wave shape?12) Which advice can measure impulse voltage?5. Suppose we go around the loop counterclockwise, starting from point a and return to the starting point, what happens to the total electric potential? 6. As we go around the loop counterclockwise measuring potential differences across the circuit elements as we go. Use (+) sign for a potential increase and (-) for a potential drop. Write am equation for the travel we traced.
- A circuit powered by a 20V DC supply has a 50kΩ resistor and 20 μ Capacitor connected in series. For this circuit determine the:a. Initial value of the current flowing? b. The time constant of the circuit? c. The value of current after 1 second of connection? d. The value of capacitor voltage 2 seconds after the connection?Provide 3 sample calculations involving DC circuit under transient current condition on series R-L and Series R-C circuit? Need a simple supplementary explanation, can't quite understand the definitions I have currently.4_ For the system shown in figure N°4, find the percentage overshoot, the settling time, the peak time and the rising time for a unit step input if the response is underdamped. Is it muffled? Say why? Construct the graph of the answer c(t).
- Considering that the power loss of a resistor is RI^2 and the information in the manual’s background section, derive an expression for the energy lost through Joule heating in a resistor when a capacitor completely discharges.Solve for the currents shown in Figure P1.69.The circuit shown in the given figure is a model of a solenoid, such as that used to engage the gear of a car’s starter motor to the engine’s flywheel. The solenoid is constructed by winding a wire around an iron core to make an electromagnet. The resistance R is that of the wire, and the inductance L is due to the electromagnetic effect. When the supply voltage vs is turned on, the resulting current activates the magnet, which moves the starter gear. Obtain the model of the current i given the supply voltage vs.