Calculate total current in the circuit.IT. Ri= 60 IT AO I, 12 12v RA = 120 R = 120 BO 10 Ampere 1 Ampere 20 Ampere 9 Ampere
2. Perform the operation: a) (9a-3a+2)+(4a-4a+2)+(-12a +6a-3) b) (8m2-7m)-(3m2 +7m-6) c) (4x+2xy-3)-(-2x+3xy+ 4 ) d) (9a-3a +2)- (4a -4a +3) + (-12a +Sa-3)
4 A 8 A V- 12 59. Given Ri > R2, what is the relationship between V1 and V2? d. No conclusion can be made Given R1 > R2, what is the relationship between I, and 12? b 11 12 c. 1, >12 d. No conclusion can be made Which of the following is a valid equation? b. 12 11-4A 121 d 12 12A-1 e 12 11-12A 4 A 8 A V- 12 59. Given Ri > R2, what is...
10 GH = 60 B) For the system shown in 6A calculate the magnitude and phase of response for a unit input with an operating speed of w=1.0 rad/sec. C) Identify the system's bandwidth, phase and gain margin as applicable directly on the asymptotic Bode plot drawn in 6A. D) Based on the phase and gain margin values found in 6C is the system stable?Yes / No) E) Apply gain compensation and solve for a new value of K for...
number 6 pleasen 4. If there are three long current wires Ii -12A, 12 15A, and Is-7A, find the magnetic force on ls with length l-3 m wire. Is TA 11-0 x2= 0.2 m x3-0.4m 5. A 5-turn loop of wire with R22? and an area of 0.30 m2 is located in the plane of this paper as show is directed into the page and its magnitude is given by B-2T+(3T/s)t. Att-2s, (a) what is the induced emf in the...
Part A Calculate the current in 25 ? resistor. Part B Calculate the current in 120 ? resistor. Part C Calculate the current in 64 ? resistor. Part D Calculate the current in 110 ? resistor. Part E Calculate the current in 82 ? resistor.
15Ω t 6A 4 2 16Ω 12 V 41 6 V ΙΩ Calculate current in 4 2 resistor by superposition Bonus: Confirm with any other method if you have the time
A 4 Ω is connected in series with the parallel assembly of 3 Ω and 6 Ω resistors. The current through the 4 Ω resistor is 12 A. What is the current though the 3 Ω resistor? a. 6A b. 8A c. 10A d. 12A
Question 4. (/6) A=20, B=35, C=10, D=60, E=5, interest is 1% per month, compounded monthly; Calculate the present worth (at the beginning of year 0) and the future worth (at the end of year 12) for the presented cash flow. C+3E C+2E C+E Year 11 10 12 B(1+0.03) B(1+0.03)^2 B(1+0.03)^3
Use Thevenin’s theorem to calculate a, b, c, d and e only a) The current through the load resistor (I); b) The voltage across the load resistor (V): c) I short circuit (I); d) V open circuit (V). This is the Thevenin voltage (E); .) The resistance (R) between the terminals A and B with the power supplies replaced by their internal resistances. This is the Thevenin resistance (R ). 2. Using the values obtained in Part 1 for E...