Figure 8-75 current through R4 in Figure 8-75. R3 w Q 330 Ω R2 R₁ 220 Ω 100 mA 680 Ω R₁ 470 Ω 20 V + +
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- Refer to the circuit shown in Figure 8-25 to solve the following problems. 4. Find the unknown values in the circuit if the total current is 0.8 A and the resistors have the following values: FIGURE 8-25 A parallel-series circuit.8. Use the color code to find the resistor values in Figure 8-24 and solve all missing values. Round off answers three places after the decimal. FIGURE 8-24Use the color code to find the resistor values in Figure 8-23 and solve all missing values. FIGURE 8-23 Determine resistor values using the color code and find all missing electrical values.
- Find the missing values for the circuit shown in Figure 8-28. FIGURE 8-28 Combination circuit.Find the unknown values in the circuit if the total current is 1.2 A and the resistors have the following values: R1=75R2=47R3=220R4=160ETE1E2E3E4RTI1I2I3I4 FIGURE 8-25 A parallel-series circuit.2. Refer to Figure 8-5. Replace the values shown with the following. Solve for all the unknown values.
- Determine the current through R4 in Figure 8-75 using superposition theorem. Kindly provide solution with explanation. Thank you.If points a and b are connected by an R8 = 7.30Ω resistor, what is the magnitude of the current through this resistor? R1=2.00Ω, R2=8.40Ω, R3=2.80Ω, R4=6.00Ω, R5=6.30Ω, R6=3.90Ω and R7=1.00Ω. Assume that E1=20.0V and E4=13.0V and E6=34.0V, as indicated in the figure.Shown in the figure is an RL series circuit in which R= 10 ohms and L= 0.1 Henry. This is energized by a 24 volt DC source. If the switch is closed at t=o. Find voltage drops across Resistor R and inductor L when t=7.5 ms
- 23. In a series RL circuit; L = 4 H, R = 100 ohms and E = 200 V. Find the values of current as a function of time. assume that the initial current is zero. Find the current when t- 2 seconds.The answer for this problem is -68.4 V shows the solution step by step very clearIt asks to use nodal analysis to find V0 in the circuit. Thank you!