1. Use the voltage divider rule to find voltages V₁ and V₂ in the circuit shown in Figure. R₁ R3 24 ΚΩ Solution 20 V 22 ΚΩ + R₂ 42 ΚΩ R₂ 60 ΚΩ

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What is the total current for the circuit in the figure below? Given: R = 3000 Xc= 150 120 v 60 Hz Select one: O a. 266.7 mA O b. 894 mA O c. 989 MA O d. 1.2 A R Xc

Refer to the circuit of Figure Find V when the controlling current I is the following: a. 20 MAZ0° b. 50 MAZ-180° c. 60 MAZ60° R = 1 KΩ 601 25 ΚΩ + 5 kΩ V

For the circuit in the figurea) Determine the time constant.b) Write the mathematical expression for IL, VL and VR, after the switch is closed.c) Determine IL, VL for one, three and five time constants.d) Draw the waveforms of IL, VL and VR.

Using the supernode concept to determine the voltage marked v20 in the figure, the crossed wires that are not marked by a thick dot are not in physical contact.

The capacitors in the figure are discharged when closing the switch. The switch closes at t = 0.Your University ID has 7 digits: X6X5X4X3X2X1X0Y1 = first digit from right to left (X0, X1, ...) that is different from zero.Y2 = second digit from right to left that is different from zero.Y3 = third digit from right to left that is different from zero.Y4 = fourth digit from right to left that is different from zero.Use the following values ​​for the different components   (a) Find the time constant of the circuit.(b) Find the charge on each of the capacitors as a function of time.

Energy stored in capacitor. Answer it in 30 mins. Draw/sketc the problem thank you. Write the basic equation before the soln. Thank you

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Subject to a step input, the voltage drop across the resistor took 696.3103us to reach 13% of its steady value from rest. Determine the time (ms) needed to reach 90% of its steady value from 10% Determine the time (ms) needed to reach 80% of its steady value from 20%