Ask your own question, for FREE!
Physics 19 Online
OpenStudy (aqazi):

Circuits Hello, I was wondering how I could find the currents going through the circuit (I'm not sure how I can simplify the circuit.) I figure if I know the currents, I can find the voltages going through the nodes X1 and X2. Do I need to do this (find the currents) or Is there another way from me to get these nodal voltages? R1, R2, and Vs are known

OpenStudy (aqazi):

OpenStudy (raffle_snaffle):

Use nodal analysis or mesh analysis. Tag me when you return and we can discuss.

OpenStudy (raffle_snaffle):

If you know the resistance I would you mesh analysis.

OpenStudy (raffle_snaffle):

Also where are you defining ground?

OpenStudy (aqazi):

@raffle_snaffle I'm not sure where I would define ground in this circuit, but I could definitely see using mesh analysis (although the calculations would be very long, so I'm trying to see if there's a shorter way or if I will have to use mesh)

OpenStudy (aqazi):

Actually can I use nodal? Because I would need to have an independent current source

OpenStudy (aqazi):

Help: Is there an easier way for me to find the voltages at nodes X1 and X2?

OpenStudy (irishboy123):

@radar

OpenStudy (radar):

There are too many resistors for me to untangle, even combining the series resistors R1 and R2 which occur at three different locations. It appears that there is a possibility that 2 of the resistors R2 might be taken out with out affecting it. I think I am getting to old for this.

imqwerty (imqwerty):

Only if that R2 right above the battery wasn't there..

imqwerty (imqwerty):

Theres no symmetry in this circuit guess u gotta apply loop law all over and that will be very lengthy

OpenStudy (radar):

Redrawing:|dw:1474572896014:dw| while reducing the number of resistors, it doesn't enlighten me on the method I should use.

Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!
Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!