Explanation Formula used: The expression for the Kirchhoff’s junction rule is given by, I i n = I o u t The expression for the Kirchhoff’s loop rule is given by: ∑ ε o = 0 Here, ε o is the voltage difference. The expression for the potential difference is given by, V = I R Calculation: Applying the junction rule at junction a, I 3 = I 1 + I 2 ……(1) Using the Kirchhoff’s loop rule to the loop around the outside of circuit, 2 V − ( 1 Ω ) × I 1 + ( 1 Ω ) × I 2 − 2 V − ( 1 Ω ) × I 1 + ( 1 Ω ) × I 2 = 0 I 1 + I 2 = 0 ……(2) Apply the loop rule to the left hand branch of the circuit

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ISBN: 9781429206099

Author: Tipler

Publisher: MAC HIGHER

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Chapter 25, Problem 89P

To determine

The potential difference between the points a and b.

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Chapter 25, Problem 88P

Chapter 25, Problem 90P

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