A. Write Kirchoff's equations for the following circuit. (Don't solve them)
B. If there was a resistor at point A, what current would be flowing through it? Explain.
A. Write Kirchoff's equations for the following circuit. (Don't solve them) B. If there was a...
1) For the following circuit: a) use Kirchoff's rules to solve for the currents flowing in the circuit, be sure to label all currents and show their directions and b) calculate the voltage drop across each resistor. R, R3 ww 4 0 12 7 VB2 203 R2 В, 28 V
Problem 2 (15 points) Use the circuit given to answer the following questions. a. On the figure, identify and label the different currents in this circuit. Be sure to give them directions. [2 point] b. Use Kirchoff's loop rule to write down equations for all 3 possible loops that could be used to solve for the currents in this circuit (You do not need to solve them!) 19 points = V, - IR, - V2 - IR4 so Vo vz...
2. Use Kirchoff's First Law to write cons First Law to write equations for three junctions in your circuit. Compare the data you collected to the equation predictions. 3. Using Kirchoff's Second Law, write the equations for 3 loops in the circuit. The loops should be chosen so that, put together, they cover every part of the circuit. Find the actual sum around each loop according to your measured voltage data. Resistance (1) |RI 0.33 Voltage drop (V) 2V- -...
In the circuit shown below, using Kirchoff's circuit law, find the current through each of the resistors, and the electrical power dissipated across every resistor.
In the circuit in the figure, use Kirchoff's second law to determine the voltage across each resistance. Then use Ohm's law and Kirchoff's first law to determine the intensity of the current flowing through each element. 592 min 1012 100 mi 5V 10V 5V
A) Apply Kirchoff's Junction rule to the point E in the given circuit B) Apply Kirchoff's loop rule to loop EBCDE. C) Apply Kirchoff's loop rule to loop FABEF
Using this circuit I want to find a. the current junction law equations for the essential b. Current flowing through the 30 ohm resistor c. Current flowing through the 8 ohm resistor D. The thevenin equivalent voltage across a-b .67 After making a source transformation the circ 300V 30Ω 80 5.2Ω Th 1 500 = 20i,-8i2
Solve the following circuit (Just write the equations) using:a. Node analysis b. Mesh analysis
1n 2Q 3. (30%) For the circuit at the right, (a) Write down Kirchhoff's equations for the currents. (b) Solve the equations. Give the magnitude and direc- 3.0 VT- tion of the current in each resistor. 2V
For the following circuit, a) Write the node-voltage equations for ?1 and ?2 b) Solve for ?1 , ?2 c) Find branch currents ??~?? d) Find the total power developed in the circuit Please be specific and show each step clearly. Thank you! От та от а от