For numbers 9 and 10, consider the resistor networks below. Each resistor in these configurations is identical to the others. A C 9. Which configuration has the highest equivalent resistance? a. network A C. network C d. none; RA = RB = Rc b. network B 10. Which configuration has the highest dissipated power at constant voltage? a. network A C. network C d. none; PA = PB = Pc b. network B

Q: 2. Lacking the required 4 N resistor R in the circuit diagram below, you decide to make your own.…

A: Given: The required resistance is 4 ohms. The diameter is 0.3 mm. The resistivity is 1.414×10-6 Ω.m.

Q: 1. Consider the circuit shown below. Let ɛ = 36 V, Rị = 4.8 N, R, = 7.2 N, and R3 = 14.4 N. (a) What…

A: Combination of parallel resistance  RAB = 4.8×7.2×14.4/(4.8×7.2 + 7.2×14.4 + 4.8 ×14.4) RAB = 2.4Ω

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A: Ohm's law is defined as V=IR Here V is the potential difference, I  is current and R is resistance.

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A: Given data, Resistance value, R = 700 ohms

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A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question…

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A: 11. solution- Given that, R1= 22 ohm R2= 33 ohm E= 120 v

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Q: Consider the three resistors R1 = 19 Ω, R2 = 59 Ω, and R3 = 82 Ω in the configuration shown in the…

A: A. The total resistance of the circuit. Req=Rseries+Rparallel=R1+R2R3R2+R3=19 Ω+59 Ω82 Ω59 Ω+82…

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A: Given Voltage (V) = 12V Resistance = 10 ohm Resistance = 20 ohm

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Q: 7. The following circuit consists of 5 resistors and three batteries with R = 8.0 Ω, R = 12.0 Ω, R,…

A: The simplified circuit is shown below.

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