50 2430 2-12 822 mom + 1-2 1040° 10_2 32 soo 'R'_₂ Using Mesh Analysis, determine the mesh currents of the above circuit. Also, calculate the power absorbed by the "R" resistor. 1-2 + 20445°
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Here value of R=15
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- 7. The equivalent total resistance in the circuit in Figure 1 is_ 2200 E=7V- 1000. 4700. 100. 3300 Figure 1 1. 558.90 2. 2160 3. 642.450 4. 82.892 8. The current through the 1002 resistor in the circuit in Figure 1 is_ 1. 84.45mA 2. 70mA 3. 14.89mA 4. 17.51mA 9. The power dissipated by the 3302 resistor in the circuit in Figure 1 issolve the actual value of each resistor using kirchhoff's law. R1 = 10kohmsR2 = 3kohmsR3 = 5kohmsR4 = 15kohmsR5 = 18kohmsA1 = -1.2mAA2 = 1.2mAA3 = -1mAA4 = -150.8uAA5 = 150.8uAV1 = 12VV2 = -3.5VV3 = 5VV4 = 2.2VV5 = -2.7V the VS1 is 20V3. From the figure, when the voltage V3 is 10 volts, the voltage VZ1 is 5 volts, the voltage VD8 is 0.7 volts, and the resistances R7, R8 and R9 are 10, 50 and 100 ohms, respectively. Show the method. Calculate and answer questions in the following blanks. R7 D8 Z1 7 V3 RB R9 Current flowing through R7 : Answer.. Freckles flowing through Z1 : Answerŋ Current flowing through R8 : Answer.. Freckles flowing through D8 : Answen Current flowing through R9 : Answer.. Supply current V3 : Answerj
- The following are the correct sign conventions for analyzing circuits using Kirchhoff's Laws EXCEPT: For travel direction from negative to positive terminal, the emf should be positive. For travel direction from positive to negative terminal, the emf should be negative. For travel direction opposite to current direction, the voltage drop across the resistor should be negative. For travel direction same as the current direction, the voltage drop across the resistor should be negative.For the circuit shown in Figure B16a, R1 Si V1 3kQ 10 V R2 2k0 Ge R3 4 kQ 2V Figure B16a Calculate the following a) VI b) i c) i2 inIf T = 0.64 - 60° and A = 48cm find the position of the first voltage minimum on the line. Select one: O a. The first voltage minimum is at 8cm from the load. O b. The first voltage minimum is at 72cm from the load. O c. The first voltage minimum is at 24cm from the load. O d. The first voltage minimum is at 44cm from the load. O e. The first voltage minimum is at 4cm from the load. O f. The first voltage minimum is at 32cm from the load. Og. The first voltage minimum is at 20cm from the load. O h. The first voltage minimum is at 2cm from the load.
- Solve the illustration below using kirchoff's law. Show your complete solution. Here is the clue: I1 = 4A, I2 = 3A and I3 = 1AS1 S2 S1 S1 S2 HH S3 Convert the above drawing into a wiring diagram using the numbering method, then connect the squares using two colors S4 S2 B 41 L1 L1 Convert the above drawing into a wiring diagram using the numbering method, then connect the squares using two colors L2 L1 N N N Convert the above drawing into a wiring diagram using the numbering method, then connect the squares using two colors3. D2 has a Vz of approximately 10 volts. Type in the calculated voltage for TP7 with -5 volts applied. The value of the R2 is equal to 60 Ohm. AC Input 5V S1 R2 WWWTP7 D2
- O O ul OMANTEL ooredoo 46 FINAL EXAM (pa... moodle1.du.edu.om Using star-delta transformation, find the total resistance across AB in the given circuit. Given: R1= 15 Ohm, R2= 2 Ohm, R3= 5 Ohm, R4=10 Ohm, R5=3 Ohm. A RI R2 R3 Ru RS Select one: a. 6.19 Ohm b. 4.11 Ohm c. 5.97 Ohm IIDesign an Ayrton-type 3-range ammeter with a galvanometer whose characteristics are R_i=R_m=20 Ohms and I_m=1mA. The scopes are the following:a. 0-6mAb. 0-30mAc. 0-60mAFor the circuit shown in Figure B16ii, calculate, i. Ir2 ii. V out Ge V1 R1 Vout 4 kQ IR2 R2 12V 22.2kQ V2 2V Figure B16ii