4. [25 pts] Consider the following circuit: 2V + 222 112 V V w 10 V + 32 12 422 > a. [15 pts] Find V, and V, using mesh analysis. b. [10 pts) What is the current through the 42 resistor.
emergency
w R; 20 V 200 E + a) For the circuit shown, By using Millman's Theorem: i. Find the power dissipated by Ru. ii. What is the current in RL if R, is an open circuit? R 2000 E3 10 V E: 400 V R 1000 b) Find the equivalent resistance Rab between terminals a and b. w 1 ohm 3 ohm 3 ohm 3 ohm 3 ohm 3 ohm c) Find the value of R for maximum power...
4. Consider the circuit below with v =24V i 822 +6 91 (a) Determine the value of R for maximum power transfer. (b) Determine the maximum power transferred to R
4. Use superposition to find Vo 2? S2 4 V 2V 2? 6 A Find Zload for maximum power transfer and the maximum average 5 (5) power transferred to the load. j2? 220 V 2? loa 5 Find Vx using mesh analysis. 10? 4? 2A 4A (T
Determine v2 (Assume vo = -3 V and R = 400.) m M 412 5 A 0.2vo Vo + M. R 1 + 30 V 2 12 5 A + U2
3. For the ladder network below, a) Determine equivalent resistance, Reg b) Calculate the current, c) Finds RI Ro R; w 412 Ry 422 4Ω 2V R, 320 R4 2Ω R$20 RS Rg w 112 = 10
4. Consider the circuit below. 312 15 V C SRL R36. (a) Determine the value of R, for maximum power transfer. (b) Determine the maximum power transferred to R .
if
v=-4i+2j and w=2i-3j then find
a= v+w
b=b-w
c=3v
d=2v+2w
7. If v =-4i+ 2j and w = 2i - 3j. Then find (Section 7.6) a. vw b. v -w C. 3v d. 2v2w
3. 2 A 18 V 612 412 w w a oH+ - ob 3A 512 +) 10 V Find the Norton equivalent for the circuit at terminal a and b. Calculate the In Ans. _A
PS - Determine the value of the resistance R below that would result in maximum power transfer then calculate that power. V, 300 100 $ 200