Consider the circuit on the left. You are not given the values of V_(S),I_(S),R_(1),R_(2) or R_(3). You are told the value of current i_(1) if V_(1) is attached to this circuit, with A connected to A^(') and B connected to B'. You are also told the value of current i_(2) if V_(2) is attached, with A connected to A^('') and B connected to B^(''). Ho solutionspile.com

Question

Consider the circuit on the left. You are not given the values of

V_(S),I_(S),R_(1),R_(2)

or

R_(3)

. You are told the value of current

i_(1)

if

V_(1)

is attached to this circuit, with A connected to

A^(')

and B connected to B'. You are also told the value of current

i_(2)

if

V_(2)

is attached, with A connected to

A^('')

and B connected to

B^('')

. However, in this case, the independent sources were first turned off (i.e.,

V_(S)=0

and

I_(S)=0

). Your task is to find

V_(x)

if current source

I_(3)

is connected to the original circuit (i.e., with the independent sources

V_(S)

and

I_(S)

not turned off), with A connected to

A^(''')

and B connected to

B^(''')

. Given Variables:

 V1:6 V 
i1:12A
V2:12V
 i2: 12A
 I3:-7 A

R4: 2 ohm Calculate the following:

Vx(V):

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(Solved): Consider the circuit on the left. You are not given the values of V_(S),I_(S),R_(1),R_(2) or R_(3). ...