7. For each of the circuits shown below, find the current through and the potential drop across each resistor. (a) R₁ = 6.0 £2 9.0 V R₂ = 200 R₁ = 300 R30 0 R₂ = 10 0 (b) R₁ = 40 0 +1+ -5.0 V 45 V (c) R₁ = 100 R₂ = 200 R₁ = 4.00

Q: Table 3(Resistors in both series and parallel) R(Q) ¡ex(A) R₁ R₂ R3 R4 Reg 10Ω 100Ω 1000 10Ω 10 100…

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A:

Q: In the circuit shown belowɛ = 76.0 V, R5 = 4.00 2, R3 = 2.00 n, R2 = 2.20 0, Is = 8.40 A, %3D 14 =…

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Q: 1. Consider the circuit below. The battery has an emf of & = 30.00 V and an internal resistance of r…

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Q: 2. &=3.00 V, &= 1.00 V, R₁ = 4.00 £2, R2 = 2.00 2, R3 = 5.00 £2, and both batteries are ideal. What…

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Q: 7. Five resistors R₁=6.00 S2, R₂=2.00 S2, R3=18.0 2, R4 10.0 2, and R5=6.00 2 are mounted as shown…

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Q: = Consider the circuit shown in the figure below. (Assume R₁ b 25.0 V + R₁ R₁ a R₂ R₂ (b) Find the…

A:

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Q: #9. Thirteen resistors are connected across points A and B as shown in the figure. If all the…

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Q: Find the potential difference across each resistor in the figure below. (R, = 5.30 2, R, = 3.80 Q,…

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Q: 1. Determine the potential difference (voltage drop) across each resistor shown. A + V1 15 R3 120 R1…

A: If n resistors are connected in series then the equivalent resistance is For parallel connection,

Q: Suppose two batteries, with unequal emfs of 2.00 V and 3.00 V, are connected as shown in the figure.…

A:

Q: 8. A simple circuit is composed of an ideal 100 v battery in series with three resistors (R1 = 100,…

A: See below

Q: The various voltages are V1 = 24.0V , V2 = 12.0V , and V3 = 12.0V . The resistances are given as…

A: The resistors R1, R2, and R3 are arranged in parallel. Similarly, the resistors R5 and R6 are…

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Q: 35. Consider the circuit illustrated below. (A) Find each of the currents. A B 3.0 L 3.0 N 24 V 21…

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Q: 4. Find the voltage drop across the 30 resistor and the 802 resistor in the following circuit. ww…

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Microscopic view of current

In physics, the term current is expressed as the rate of flow of electric charges across the area per unit time (I=q/t). It propagates along in the direction of the motion of positive charges. When the current is caused by the motion of electrons, the direction of the current is opposite to the flow.