R1=14000, R2=18000, R3=5000, R4=12000, R5=4000, R6=12000, R7=11000, V1=35 V, & I1=0.008 A in the circuit shown below, e source transformations to find i0. R7 R4 R3 V1 R6 R2 ERI R5

Problem Solving: Simplify and determine the equivalent circuit resistance below: R₁=200 E= 460 V R5= 1000 R₂ = 1000 R3 = 1000 R4 = 100 R6 = 1500 Rg = 600 R7 = 200 R12= 200 R8 = 4000 R10 = 400 {R₁1 = 200 R13=2000 R₁4 = 400 R15 = 1000 www R16 = 2000 m R17 = 6000 R18 = 1040 R19 = 104 Hi guys! Here is something you can practice with. Simplify the circuit above. The final answer for this is 153/3 ohms. Good luck!

If you want to convert a 2 V DC signal to 10 V DC signal, then the values of R, and R2 should be ww R1=10k2, R2=2kN R1=2kQ, R2=10KN R1=10kN, R2=5kN R1=5k2, R2=10KN

Give an independent set of linear that can ve solved for the current shown. Use the Junction Rule

Write the mathematical representation of the circuit.

The Wheat stone Bridge circuit is used to measure the unknown resistance Rx. At balancecondition, R1= 581ohm, R2=100ohm and R3= 743ohm. Determine the unknown resistance?(CLO1/PLO4)

P1 Is P2 Vs = P3 VA Value Powers Value Sources PRI Pr2 1250.000 mw Vs 10 V 1250.000 mw Is 0.500 A PR3 1250.000 mw Find V4

Find the operation points of the D1 and D2 in figure shown below. +10 V 10k DI 10 V

For the following circuit with Rs=3kn, R1=14k, R2-65k2, Roc%3D6K2, RE=0.6kO, Ic=2.4mA and B=VA- What is the gain of this circuit Vout/Vin? Vcc C1 Rc R2 R1 oVout Rs RE V in

Use the Principle of Superposition to determine the current i through R3 in the Figure. Let R1 = 100, R2 = 40, R3 = 20, R4 = 20, R5= 20, Vs 10 V, Is = 2A. ww VS R3 ww www