Consider the circuit shown in the diagram. (a) Apply the junction rule at junction a. = 0 (b) Apply the loop rule CW around the top loop. = 0 (c) Apply the loop rule CW around the bottom loop. = 0 R₁ a R3 H M E₁ + 1+ E₂ E3 r₂ r3 R₂ www R5 b E4
Consider the circuit shown in the diagram. (a) Apply the junction rule at junction a. = 0 (b) Apply the loop rule CW around the top loop. = 0 (c) Apply the loop rule CW around the bottom loop. = 0 R₁ a R3 H M E₁ + 1+ E₂ E3 r₂ r3 R₂ www R5 b E4
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
Transcribed Image Text:Consider the circuit shown in the diagram.
(a) Apply the junction rule at junction a.
= 0
(b) Apply the loop rule CW around the top loop.
= 0
(c) Apply the loop rule CW around the bottom loop.
= 0
R₁
a
R3
L₂₁
E₁
E₂
+
+
E3
r₂
r3
GO
b
E4

Transcribed Image Text:For each circuit, use the resistances, emfs, voltages and/or currents given in the diagram to write
symbolic expressions for the Junction Rule(s) and Loop Rule(s) as indicated. Make sure that you:
• Write the junction rule as lin - lout = 0
• Go around the loops in the specified direction.
Expert Solution

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