The voltage in resistor R5 is: 30 R, 21 RS w 512 10 RA ES12V 2012...
1. (20 pts.). In the circuit shown in the diagram R 10 m,Ra 0.02 , R 01 , Rs -30 mt Rs 40 min. Rs 50 min. R7 60 min, and ε 100 V. A) (10 pts.) find the equivalent resistance for this circuit; B) (5 pts.) find the voltage and the current for the resistor R C) (5 pts.) find the electric power in the resistor Rr. 2. (20 pts.). In the cir rcuit shown in the diagram, find...
Vo Given R, -8N, R-21, Rs = 80, R = 41, 1 = 6 A and V = 3V, find the voltage v, due only to the voltage source using superposition theorem. {R3 NN w Select one: 3.1.8V ob. 24 V o caov od: 12V
(50 pts) For the following circuit, solve for R, Ra, Rs, R, and Rs given the specified voltages and current. The values of R will be 600Ω. 1000Q, 5000Q, or 10K. Remember that tolerance will be a factor in your calculations. 4. 0.00311A 500 Ω 600 Ω R1 Ω O Node 1-17.03 V 5,000 Ω 10 kΩ R2Ω Node 2-10.81 V R3 Ω 36 V 600 Ω 1ΚΩ Node 3-7.78 V Node 4 -4.95 V , 600 Ω O Node...
& w R R2 Each resistor has a resistance of 2.5 Ohms. The power supply voltage is 12 V. If the wire connected to the negative terminal of the power supply has a voltage of ov, then what is the voltage of the wire which is connecting the two resistors (the middle wire)? O 6V 4.8V O 30 V O correct answer not shown O 12V
Calculate the current and voltage across each resistor and fill the following table. Please check my answers. =0.6 R₂ + R3 parallel ++++5 = 2.42 Ry=1.601 422 A R & R23 sen Ri=10 V=10 V R=30 DV=IR V=(1)(1.6) V = 1.6V © 10-115) P123=R1+R23= 42 Ry & RS series R45 = R4+ Rs = 42 R 123 + R45 parallel R12345= 4 + 1/4 = 22 R12345& R6 series: R123456 = 2+3=52 10 = 1 I = 2 AA (a)...
An ac source of maximum voltage V = 30 V is connected to a resistor R = 500, an inductor L = 0.6 H, and a capacitor C= 20 uF. Find the circuit's impedance at 120 Hz. Select one: O a. 521 o b. 389 O c. 20.88 d. 66.35 o e. 452.16
For the driven-right-leg system below along with its equivalent circuit, assume 4. R,-5M0(non-ideal input impedance of op-amp) db Rx Auxiliary op amp RL db R1 Vcm_ Vi R5 2 RF R4 Rx o v RG 0 7 RA Auxiliary Amplifier O VREF 2 R2 What are the benefits of using the driven-right-leg circuit? What is the value of the common-mode voltage if resistor RRL is tied to ground instead of the auxiliary amplifier? e. For the driven-right-leg system below along...
Question 21 If the terminal voltage of the 9.0-V battery connected across 10-resistor Ris 8.4V, what is the internal resistance r of the battery 1 pts R 0250 0.900 800 Question 2
Please help me solve this! all parts please R 1.60 R-60 R220 V=10 V R=30 (a) Calculate the current and voltage across each resistor and fill the following table. Current Voltage RI R2 R3 R4 R5 R6 (b) A solenoid with 500 tums, 0.10 mm long, carrying a current of 4.0 A and with a radius of olm will have what strength magnetic field at its center? (magnetic permeability in empty space - 4x X 10-PT-m/A).
RESISTOR VALUES: R1=1k, R2=2k, R3=3k, R4=3.9k, R5=5.1k, R6=6.2k, R7=6.8K NUMBERS: 2, 4, & 5 1 Short AB, as shown in Figure 3 - 2 (a). Use mesh analysis to calculate the voltage across each resistor and the current through AB, IAB 2. Leave AB open, as shown in Figure 3 - 2 (b). Use nodal analysis to calculate the voltage across each resistor as well as the voltage across AB, VAB 3. Find Thevenin's and Norton's Equivalent using the results...