In the circuit shown below, R1 = 3 k ohm, R2 = 6 k ohm, R3 = 5 kohm, R

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In the circuit shown below, R1 = 3 k ohm, R2 = 6 k ohm, R3 = 5 kohm, R4 = 8 kohm, R5 = 9 k ohm, R6 = 4 kohm, R7 = 9 k ohm, V1 = 9 v, V2 = 6 v, and IS = 9 mA. Using superposition, find the current i0 shown, in units of mA, approximated to 2 decimal places.

In the circuit shown below, R1 = 3 k ohm, R2 = 6 k ohm, R3 = 5 kohm, R4 = 8 kohm, R5 = 9 k ohm, R6 = 4 kohm, R7 = 9 k ohm, V1 = 9 v, V2 = 6 v, and IS = 9 mA. Using superposition, find the current i0 shown, in units of mA, approximated to 2 decimal places.

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In the circuit shown below,

R_{1} = 3 k

ohm,

R_{2} = 6 k

ohm,

R_{3} = 5 k ohm, R_{4} = 8 k ohm, R_{5} = 9 k

ohm,

R_{6} = 4 k ohm, R_{7} = 9 k

ohm,

V_{1} = 9 v, V_{2} = 6 v

, and

I_{S} = 9 mA

. Using superposition, find the current

i_{0}

shown, in units of mA , approximated to 2 decimal places.

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