Question 3: Determine the current in ench branch of the circuit presented helow, 8.000 wew- 2.000...
WileyPLUS physics.nmu.ec | 2.000 8.000 physics.nmu.e * For The Circuit * Two Capacitor: x G A 60.0- and a x C Get Homewori Ⓡ + - X f C e dugen.wileyplus.com/edugen/student/mainfr.uni Home Read, Study & Practice Assignment Gradebook Assignment > Open Assignment FULL SCREEN PRINTER VERSION BACK NEXT Chapter 20, Problem 120 39 Chapter 20, Problem 48 Chapter 20, Problem 52 GO Chapter 20, Problem Your answer is partially correct. Try again. 59 A 60.0- and a 30.0- resistor are...
3-- Determine the peak load voltage for the circuit shown in Fig.1 i Determine the dc load voltage for the circuit shown in Fig.2 ii- Determine the dc load voltage and current values for the circuit shown in Fig.3 V-120V 1 R 10 ΚΩ Fig. 1 V-120V R-5.1 KS2 Fig. 2 10:1 V-120V R-5.1 Fig. 3
Problem 2 (8 pts): Determine the current in each branch of the circuit shown in Figure below (2pts) (a) Write the two general rules of Kirchho f. (b) Write the three equations that determine these currents (4pts) (2pts) (c) What does it mean if the value for a current turns out to be negative? Ri 60 www R2-20 VI-9V- R-9 V2-3V ww R4-50 Equation 1: Equation 2 Equation 3: ..., ...I2+. ...I3= I+ +.. I,+. I2+ ...l3
Solve for the current in each branch of the following circuit. 12V 5Ω 1011 3 V 9 V
7) You will eventually be asked to determine the current in each branch of the circuit. Ri=30. R2=9 2. R3 = 4 . Vi=6 V. 72=9V.V3=4 V a) Draw the currents. I1. 12. and I3 in the picture. V3 Ri R2 R3 b) Write the junction equation for the circuit. + Vi 12 c) Write the loop equation for loop #1. d) Write the loop equation for loop =2. e) What are the magnitudes of the currents? f) In reality,...
3. Determine the equivalent resistance of the circuit. Then determine the current in each path, and the voltage across each resistor. Then determine the power dissipated by each resistor and the total power dissipated by the circuit 10.02 W 4.000 w 5.000 w 2.000 3.000 w 8,00 V 4. Determine the each of the currents in each path, and the voltages across each resistor. E = 24.0 V 0.1002 R 5.0 22 RS 2022 E2 = 48.0 V RE 17,...
3. (Bonus) Determine a state variable model for the circuit in Figure 2. Note that If the voltage at the left and right hand side of a resistor R is v and vR, respectively, and the current is assumed to flow through the resistor from left to right, then the current passing through the resistor R is iR We know that the voltage drop across a capacitor is uc = the current passing through the capacitor branch is ic cat,...
3. Determine the equivalent resistance of the circuit. Then determine the current in each path, and the voltage across each resistor. Then determine the power dissipated by each resistor and the total power dissipated by the circuit. 10.0 12 W 4.000 5.00 2.00 3.002 8.00 V HE
(Marks: Question 8 Using Mesh analysis, calculate the branch current i, and the voltage V. 3 Ω ΛΜ, V% ο ο ΑΛΛΥ 6 Ω 2Ω etio + 5 Ω 2ίο 1) 25 V +
P3. In the circuit shown in Figure 3, (a) determine the current I, in the 1-2 resistor. (b) Determine the current I2 in the 2-2 resistor. (c) Determine the current I3 in the 3-2 resistor. 12 ww- 20 6V 2V I1 ww 10 I3 www 30 Figure 3, Problem 3