Use source transformation method to find the voltage between the nodes A and B, VAB, in the circuit given in Fig. 3. Please be aware that you must use the source transformation method to solve this question, meaning that you will not get any grade (partial or full) from this question if you solve it by using any other method. Note that the unit for all the resistors (R1, R2, R3, R4, and R5) is ohm (9!). R1 10 R3 A R2 10 RS 20 20 V ЗА R4 10 Figure 3: Circuit for Question 3. The unit for all the resistors is ohm (2).

" SUPERPOSITION THEOREM " Please Find the Current and Voltages in 6k , 3k , 6k Ohm Resistors only, with a total of 3 currents and 3 voltages to compute Using SUPERPOSITION THEOREM thankyou very much !   I've included a cicruit app to check if your answer was correct and close to the value of currents and voltages thankyou! I've been testing simple circuits to practice problems using different theorems,I appreciate you very much Thankyou!

3. List the elements in series. List the elements in parallel. Use series and parallel property to reduce the number of unknowns. How many Nodes? (don't count series nodes if you are using Series property). How many KCL can you write? How many independent loops? How many KVL can you write? (if you are using the parallel property then don't write KVL of loops with parallel elements) Introduce the appropriate unknowns for each element (show the direction or terminals of the unknown). Write the necessary KCL and KVL to solve the circuit. Solve the unknowns and find the powers of both sources, specify as absorb or supply. 2 ΚΩ 2000 4 kn V₂ m 13 ΚΩ

Write the voltage node equations needed to find the six voltage nodes (a) to (f). Do not simplify. Make sure to make reference to the figure.

Help please

B 12 V (+ 32 kn I, A 1 kM 2 kN 1 kN 2 mA D

1. Consider the following circuit containing two sources, each with an internal resistance of 5, and two load resistors, being 40 and 100 9. tromm i3V i5Q ww 4002 100Ω m 12V 5Ω Ground a. How much current flows through this circuit and in what direction does it flow? b. What is the potential at a relative to ground? What is the potential at b relative to ground? c. Where in the circuit is the potential the highest? Where is it the lowest? d. Calculate the total power dissipated in both load resistors. e. If the 100 resistor is replaced by a short circuit, is the total power absorbed by the 40 2 resistor greater than, equal to, or less than the total power initially absorbed by both resistors? f. How much power is supplied by each source? (Include the effect of the internal resistances.)

a) What is the equivalent resistance of the circuit as seen by the source? Please show each step in the process to find it. b) What is the voltage for V2? c) What is the current for i6?

help with part a and b...not allowed to redraw circuit. thanks!

19. measure the values across R1 and R3 and confirm VMAX and VMIN from Step 16 using the voltage divider principle. Insert an image of your calculations below. Include a circuit diagram with your calculations. Using the maths demonstrated above, what would be the values of R1 and R3 to achieve minimum and maximum voltages of 0.3V and E-0.3V, respectively. Show your calculations below.