Step 1:

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Super Position Theorem :

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Take one current source at a time and replace all other current sources with open circuit and voltage sources with short or internal resistance.

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Consider 2 A current source.

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\"\"

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Use the current dividing rule to find the current through the 120 \"\" resistor. \ \

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\"\"

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\"\"

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Step 2:

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Take another current source at a time and replace all other current sources with open circuit and voltage sources with short or internal resistance.

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Consider I1 A current source.

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\"\"

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Use the current dividing rule to find the current through the 120 \"\" resistor. \ \

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\"\"

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\"\"

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Step 3:

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Take voltage source at a time and replace all other current sources with open circuit. \ \

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Consider 75 V current source.

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\"\"

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Find the equivalent resistance.

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\"\"

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Circuit current is \"\".

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\"\"

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Step 4:

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The cuurent flowing through the 120 \"\" resistor with the effect of 3 active sources. \ \

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\"\"

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From the step (2) results \"\".

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\"\"

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Therefore the amount of current provided by the current source is \"\".

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The direction of the current moves opposite to the 120 \"\" resistor.

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Solution :

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Current source is \"\".

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Direction of the current is moving opposite to the 120 \"\" resistor.

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