The switch in the circuit shown in Figure #5 is opened after being closed for a long time. Determine the voltage across the 300 load resistor, 100 ms after opening. R₁ ww 1052 R3 ww ΣΩ 60 V R₂ ° x7=0 ww 102 50 V 12 L 22H ww R+ www 102 Iz RL ww 30 52

Consider the RC circuit in Figure 2 below. Assuming the switch has been open for a long time before it is closed, fill in a table providing the current through each component and the voltage across each component immediately after the switch is closed, and a very long time after the switch is closed. Next, figure out the time constant for the circuit. (Hint: Assign currents to each branch. Set up the necessary KVL and KCL equations. Eliminate all but one variable to get an equation for just one of the currents. You shouldn’t have to solve this equation to recognize the time constant!)

Calculate the RMS current through R2 in the diagram IR1 = 6.06mA peak, R2 = 2.7 kohms, total current is 9.522mA RMS       3.25mA RMS     5.24mA RMS     7.41mA RMS     9.0mA RMS

For the series RL circuit shown in the figure below, answer the following questions and justify your answer.If the current is kept constant, does the coil have inductance?If the current is kept constant, does the coil affect the current value?Can the reverse emf ever be greater than the battery emf?

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%

Electrical Machine question.

Hello I need help solving this for the left and right side of this circuit. I have also provided a picture for reference.

a Moving to another question will save this response Question 11 Mutual inductance between an infinite current fliament placed along y-axis and rectangular coil of 1800 turns placed in x -y plane as shown in figure will be (6, 1, 0) 0.396mH None of choices 0.264mH 0.33mH Windows bu

A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating of 600 WVDC. The capacitor and resistor are connected to a 480-V, 60-Hz circuit. Is the voltage rating of the capacitor sufficient for this connection?

TOPIC: STABILITY   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%