What is the magnitude of the 12 current on the Figure (12 is the current flowing through resistor R2)? +24 V 4Ω R₂ R3 I 12 8 Ω - 10 Ω w R₁ I₁ HI = 13 -0-8 V
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Q: FIGURE 8-66 R₂ = 300 2 w R3 = 200 13 V₁ R₁ 100 Ω + + 20 mA Vs © Cengage Learning 2013
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- An R-L series circuit contains two resistors and two inductors. The resistors are 86 k and 68 k . The inductors have inductive reactances of 24 k and 56 k . The total voltage is 480 volts. Find the voltage drop across the 56-k inductor.Q6/ What is the dc source voltage? 0.013 R1 kOhm R232 kohm R3 kohm O 78 V 39 V O 13 VWhat is the current lo in the figure if Is = 32? f Is 2A 4 A ww ww
- THE SWITCH HAS BetN W PositIOn 1 FoR A LONG TiME THE INITAL VOLTnsE ACposs THE Lf CAPACITUR IS ZERO, 25V Fwo THE CURRENT i, AFTER THE SwitCH Is OPERATZA br E-0 0.5af TGiven the following Resistances and Capacitors in Series and Voltage Source: R1 - 7 ohms R2 = 4 ohms C1 = 0.157 Farad C2 = 0.01 Farad Vs = 10,382 Volts Frequency = 86 Hz What is the Amplitude of the voltage across C1?How do you simulate a voltage source with 1000Hz 0-5V sqaure wave in ltspice?
- Current I in the figure is 2A 1A 2A 1A 1A SA 1A O3 A 04 A O 5 A O6AThe shown circuit is connected for a very long time with all capacitors were initially uncharged. The final charge on Cy and Cy re Q andQ2, respectively You m tar CC E Ez and Ez- 17 E. Find the ratio Q2 Q1 R A Moving to another question wl save tha response hpDetermine Rin (in M2) in the figure. p 12 V Rp 2 kN RG C2 10 M2 1 µF D ID(on) = 6 mA VGs (on) = 8 V Vasm) = 3 V G %3D 1 µF
- Sine-wave generator + 1.0 kHz 1.0 V Voltage across R1, VR Total current, I K ww 1.0 k Figure 4-Test Circuit 8. The circuit is a series circuit, so the current in the resistor is the identical current that flows through the inductor. Find the voltage across the resistor with the DMM. Apply Ohm's law to the resistor to find the current in the circuit. Record the measured voltage and the computed current in Table 3 in the column labeled Inductor L1. Voltage across L, VL Inductive reactance, XL Computed inductance, L Inductor L1 1 628.310 100 mH 90mH Inductor L2What is the total current? R1 R3 R5 3 kOhm V1 111 V 2 kOhm 1 kOhm R28 kOhm R47 kOhm R6{6 kOhmCharging: A 0.2 F capacitor and a 80092 resistor are connected in series with a battery of voltage 10 volts as shown in the figure. E Answer questions 1-5 www R Tim Atte ON