- #1

Derill03

- 63

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Okay i need to find expressions for v1 and v2 and I am using nodal analysis:

these are not the final the equations just initial equations by first look

I am good finding expression for v1,

(2/s)-(v1/1)-((v1-v2)/(2/s)) = 0

Where i am stuck is with the current source and 2 ohm res. in series

For v2,

((v1-v2)/(2/s))-(v2/2s)-(v2/2)-(5/s) = 0 this is my derivation that I am unsure of

the reason i think this is wrong for v2 is in my head i see instead of v2/2 - 5/s i see something like ((v2-v)/2)-(5/s)? where v is voltage between current source and res

Can anyone help me understand where I am right or wrong thanks

**BTW see attachment for circuit**

these are not the final the equations just initial equations by first look

I am good finding expression for v1,

(2/s)-(v1/1)-((v1-v2)/(2/s)) = 0

Where i am stuck is with the current source and 2 ohm res. in series

For v2,

((v1-v2)/(2/s))-(v2/2s)-(v2/2)-(5/s) = 0 this is my derivation that I am unsure of

the reason i think this is wrong for v2 is in my head i see instead of v2/2 - 5/s i see something like ((v2-v)/2)-(5/s)? where v is voltage between current source and res

Can anyone help me understand where I am right or wrong thanks

**BTW see attachment for circuit**