1- By using Thevenin's Theorem, solve the circuit in Fig (1) and calculate the value of current and voltage for R₁ & compare it with measured value of (IL,VL) 2- In the circuit shown in fig (3), calculate the current through the resistor R when its resistor is 6 ohm, Apply Thevenin's Theorem. V1 -12V Hill R1 22002 R2 www 1000 R3 22002 Fig (1) V₁ RL 10002 R4 22002 B

Based upon the following assumptions V1 = 28V R1 = 2.2kQ, R2 = 8380 R3 = 1.1k), R4 = 2 5k) R5 = 3.9k) If there is a load resistor = 680Q between A and B, use Thevenin's theorem and find the power dissipated in RTH with Rj in place State your answer in mW with 3 significant digits and only enter the number, no units. If necessary use scientific notation in the form 1200 = 1.2e3 or 0 012 = 1.2e-2. Notice it is power in RTH not Ri that we're looking for.

The Quasstion in the pecture

Solve for 1, 12, and 13. R1 R5 1kQ 1kQ V1 R3 V2 10V 11 >1k2 12 -12V R2 R4 1k2 1k2 13 V3 R6 R7 1k2 20V 1k2 Hil in