Solved: Attach a 6 V voltage source between the terminals ab in Fig. P3.9(b), with the
Chapter 3, Problem 3.27(choose chapter or problem)
Attach a 6 V voltage source between the terminals a–b in Fig. P3.9(b), with the positive terminal at the top.
a) Use voltage division to find the voltage across the \(4 \ \Omega\) resistor, positive at the top.
b) Use the result from part (a) to find the current in the \(4 \ \Omega\) resistor from left to right.
c) Use the result from part (b) and current division to find the current in the \(16 \ \Omega\) resistor from left to right.
d) Use the result from part (c) and current division to find the current in the \(10 \ \Omega\) resistor from top to bottom.
e) Use the result from part (d) to find the voltage across the \(10 \ \Omega\) resistor, positive at the top.
f) Use the result from part (e) and voltage division to find the voltage across the \(18 \ \Omega\) resistor, positive at the top.
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