For the circuit shown. solve for v3 and v5 when v1=-4.8v. v2= 1.9v. and v4=-2.75v.

For the circuit proven, resolve for V3 and V5
when V1=-4.8V, V2= 1.9V, and
V4=-2.75V. V V V V V I For the circuit shown, solve for V3 and V5
when V1=-4.8V, V2= 1.9V, and
V4=-2.75V.
I 
For the circuit shown, solve for V3 and V5 when V1=-4.8V, V2= 1.9V, and V4=-2.75V. For the circuit proven, resolve for V3 and V5 when V1=-4.8V, V2= 1.9V, and V4=-2.75V.

-4.8 + 1.9 + = 0

-2.75 + -2.9 =

Since finish factors are similar we are able to say that
– V1 – V2 = V5 = V3 + V4
– V1 – V2 = V5
V5 = – ( -4.8) – 1.9 = 2.9 V
V5 = V3 + V4
2.9 = V3 – 2.75
V3 = 5.65 V

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