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(Solved): Part 2 (40 Points) Problem 1 a. Find the total resistance. RT=3k+1k+2k=bk b. Calculate the ...




Part 2 (40 Points)
Problem 1
a. Find the total resistance. \( R T=3 k \Omega+1 k \Omega+2 k \Omega=b k \Omega \)
b. Calculate
Part 2 (40 Points) Problem 1 a. Find the total resistance. b. Calculate the current. c. Find the voltage across each resistive element. d. Find the powcr delivered to each resistor. e. Calculate the total power delivered to all the resistors f. Find the power detivered by the soaree. g. How does the power delivered by the souree compare to that delivered to all the resistors? h. Which resistor received the most power? Why? Problem II a. Calculate the total resistance. b. Calculate the curtent through each branch c. What is the voltage across cach branch? d. Find the power delivered to each resistor: c. Calculate the power delivered by the souree f. Construct the circuit in Multisim. Verify the voltage and current readings.


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Series Combination of resistorsIn series combination the current flowing in each resistor is same while the total voltage is equal to the sum of volta
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