Simplify the complex circuit below to and find the following if 20-V of voltage is supplied. A) Total / Equivalent Resistance B) Total Current C) Current, Voltage Drop, and Power on each resistor 4.0 Q 4.0 0 3.0 0 6.0 0 A

A parallel combination consisting of resistors A and B is connected across the terminals of a battery. The resistor A has twice the resistance of B. If the current carried by resistor A is I, what is the current carried by resistor B? O a. I/2 O b. 21 O c. I/4 O d. I O e. 41

Three resistors connected in parallel has an equivalent resistance of 3.5 kilo ohms. R, has a resistance of 25 kilo ohms, R, has a voltage drop of 25 V and R3 dissipates power of 25 mW. Find the R2 O a. None of these O b. None of these Oc. 3280 Ohms O d. 3409 Ohms

The three series resistors R1,R2 and R3, what is the value of resistor R1 if voltage V1=25 V and total resistance equal 15 ohm and total voltages equal 50 V. A. 7 ohm B. 6.5 ohm C. 7.5 ohm

When two identical elements of a kettle are connected in series to a 240V supply, Power developed is 400W. Find the resistance of either elements and the power developed when the elements are connected in parallel to the supply.

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The Subject is Basic Electrical Engineering Chapter 5. Connection of Resistor  Connection of Resistors

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

In the circuit, Determine: a. the total resistance (R7) of the circuit in kl. (. . places for the final answer) b. the current flowing in mA for each of the resistors, R1, R2, R3 and R4 ( use 2 decimal places for the 12V final answer) c. the voltage in V across each of the resistors, R1, R2, R3 and R4 ( use 2 decimal places for the ; use 2 decimal R = 3000 R3 = 4000 R2 = 1000 R4 = 1ka %3! final answer)