6) Solve for ia 8Ω 3Ω ia 10 V 6Ω 4 Q 2 A

Q: R 550 +1 E24 V 900 90 R 150 0 Figure 20 The voltage across the resistor Rs in the circuit shown in…

A:

Q: 6. Find the total equivalent resistance (Rab). (10 points each) A 42 42 42 В

A: Find the equivalent resistance Rab for the given circuit ?

Q: C1 R1 4.233m 1ka ??? V2 10 Vrms 5kHz 0° R2 6800 C2 0.05µF

A:

Q: Using voltage division, find VAB. 11 Q 18 Q 12 Q V2 VAB 12 V 12 Q 80 70 Select one:

A:

Q: 0.097 A 450 n 4900 400 0 10 V Calculate the Thevenin resistance of the circuit between A and B RTH Ω

A: The external resistance to be placed between A and B for maximum power transfer is the Thevenin's…

Q: • Find the current ix, Reg, time constant r, and i(t). at t = 0 150 ix 2202 0.35H L(t) 12v

A: In this question, Find the current ix  and inductor current iL   Time constant = L/R Equivalent…

Q: For the circuit shown ,Calculate the following 1. IB is equal to * mA 2. IC is equal to mA 3. VC is…

A: In this question we will find base current , collector current and collector voltage...

Q: Determine the approximate value of Ip of Figure 56. 18 V 2 kn 750 k2 OV =9 V Vos Ipss = 8 mA Ves 91…

A: Use KVL to find drain current ID. According to KVL sum of voltage drops and voltage rises in closed…

Q: For the following circuit diagram, I1 is equal to . .. A 50 15 V 12V 40 50 I2 70 60 90 12 a 4 A

A: we need to find  I1

Q: Determine the Mesh Current IB. 2450 2 100 IB 6 V (+ IB 50 2 A. 0.800 mA B. 0.625 mA OC.0.960 mA O D.…

A:

Q: Find io(t) for following circuit. 12 V 2 k2 600 μF 4 k : 1 mA 2 kN 200 μF -300 μΕ

A: Current io in the following circuit

Q: Using voltage division, find VAB. 11 Q 18 Q 12 Q VAB 12 V 12 Q | 70 B. Select one: O a. None Of them…

A: It is related to voltage division.

Q: equivalent circuit to calculate the current I, when RL = 0 2 & R=2KQ. Xc R 400 Ω 400 Ω 0 2 kN 50…

A:

Q: Find io(t) and for following circuit. 12 V 2 kn : 600 μ 4 kN 1 mA $2 kN : 200 µF 300 µF

A:

Q: Consider the circuit given, where R= 3 Q. lic 48 Ω (t= 0 10u(-t) mA 2 mF VC 250 mH Determine iR(O ).…

A:

Q: Find Rab, Equivalent resistor between (a,b) a 2Ω 3Ω 4Ω 2Ω b Select one: a.5 Ob.4 O:c.None of them…

A:

Q: 2 kN 5 V 3 v 20 i v { 25 N Vab igure 4.49 A A circuit used to illustrate a Thévenin equivalent thon…

A: Find open circuit voltage across given terminal that is thevenin voltage  when dependent source is…

Q: 5) Solve for ia 2 V 2Ω 9 V 4Ω 0.5 A

A: Using source transformation convert voltage source and current source with equivalent voltage…

Q: 3. Find the total equivalent resistance (Rab). 130 a 340 240 Rab 850 1700 300 b

A:

Q: rcuit of Figure 8 10 2 122 6 20 Ω 50 V 50Ω 8 A 40 V Figure 8

A: To find the voltage vx

Q: 7. How much the currents lo in Fig.6 A. to = 12 A. B. io = 4 A. C. io = 5 A. D. lo = 6 A. %3D 0.4…

A: Let us find the current i0 using KCL at node a.

Q: H.W (1): Find the value of B if (i) a = 0.9 (ii) a = 0.98 (iii) a = 0.99. H.W (2): Complete the…

A:

Q: 8) Find V(t), t>0 12 0 + v(t) 4 H 1 Ω 24 V (+ 6Ω 20

A: The solution is given below

Q: ww 8+2 1.6 2 .... Calculate the current through (Rx) in the circuit below. 242 Rx 142 6A 32V 40

A:

Q: 2. Calculate the current I n the circuit below. B = 200 1.5 k2 5.1 V 1.2 k -12 V

A:

Q: 3. Find io(t) and for following circuit. 12 V 2 kn 600 µF 4 kn3 2 kn 200 µF 1 mA :300 µF

A:

Q: H.W. Calculate y[n] for 2" h[n]=• 0<n<6 otherxise 1 x[n]=• 0<n<4 otherxise

A:

Q: Find v(0) and v(2ms) 732 N t = 0 800 0 50 V 2 µF

A: we need to find capacitor voltage at time t=0 and  t= 2ms

Q: Find io(t) and for following circuit. 12 V 2 kN 600 uF 4 kn 1 mA 2 kn 200 µF 300 µF

A:

Q: For the figure below, obtain the actual value of Io 14 6Ω ww 2 V 1, 2Ω Μ 13 I = 15 A 7Ω 1 V 4Ω 1₁ Μ…

A: In this question, we will find current Io using nodal analysis....

Q: H.W. Calculate y[n] for 2" h[n]=• 0<n<6 otherxise 1 x [n]= 0<n<4 otherxise

A:

Q: Find Rab, Equivalent resistor between (a.b) 2Ω 30 2 Q Select one a. 2 Ob.5 OC.4 Od. None of them

A:

Q: 1. Find volt) in the circuit below, assuming iL(0) = 0A. %3D ww 90e u(t) V 2 H ll

A:

Q: 60 V 8Ω 20 Ω 12 N

A:

Q: Find io(t) for following circuit. 12 V (-+) 2 kN 600 µ.F ()1 mA 2 kM 200 µF 4 kM :300 µF

A:

Q: Please calculate lo in mA, given that RL = 8 kN. 16 k2 2 k2 2 mA 6 V 3 k2 + 2 k2 I. RL

A: There are several ways to solve for branch currents. But, for this circuit solving branch current by…

Q: 2. Determine the equivalent resistance between the terminals a and b 42 0.60 0.33352

A: In this problem we will series parallel techniques and network reduction techniques to find the…

Q: 22 + 2 (iii) (z – 2)2(z + 3)'

A:

Q: * find the current I1 62 =12V 20 0.593 O 0.935 O 2.

A:

Q: Given V1=7.1 V, V2=11.8 V, V3=27.1 V, find io: V, Va 1 4 2 1Ω V a. io=-4.39 A O b. io=-3.02 A O c.…

A: Nodal analysis

Q: 5. I =_mA R, = 15 kn %3D E = 1000 V R2 = .5 MQ. %3D

A: The solution is given below

Q: a) Convert the following équations to the standard 1öms 1) Y = AB + ABC + AD 2) Y = (A + B)(B + D)

A: GIVEN THAT  Y=AB+ABC+AD Y=A+BB¯+D

Q: Prob#1 . Find the voltage drop across 4 2 resistor. 1 V + 330 4 0 3 ip 6 vs 9 is 2A 8Ω

A:

Q: Two charges of - Q are 1 cm apart. If the distance between charges is increased, the ma larger…

A: In this question we will find force magnitude if distance between charges increased...

Q: Determine i(1) and izm- 8.4 H 10 H t= 0 336 V 4(0)= 0 i,(0*)| 48 Ω 42 N = 0 (+ 1

A: Analyze the following circuits in s-domain And find the current i1 and i2.

Q: Vm Find r.m.s 10 III 0 211

A:

Q: 1. Determine RAB 240 4.80 3.8 0 8.50 6.30 3.80 7.90 WW W- 3.70 1.80 3.50 1.40 6.9 0 a h A • В 0.70…

A: SERIES CIRCUIT: A simple series circuit is defined as “a circuit with components arranged in a…

Q: 6 mA 3 k2 4 k. 2 mA 6 kN 18 k2 1 mA +) 12 V

A:

Q: 8.4 H 10 H t= 0 i i;(0')| i, (0') = 0 {42 N = 0 : 48 Ω

A: Given initial conditions of the circuit are: i1(0-)=0A i2(0-)=0A At t=0 switch is closed. An…

Q: Calculate Vo and lo in the circuit. Vo = Blank 1 V lo = Blank 2 mA 200 V (+ Blank 1 Blank 2 70 92 20…

A: We need to find out the voltage and current for given circuit

Current Division Method

The generalized current divider formula is given by the following relation below,