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OpenStudy (anonymous):
OpenStudy (anonymous):
are you using laplace or the other one
OpenStudy (anonymous):
no. I only used cramer's for the mesh equations
OpenStudy (anonymous):
mesh 1 looks good
OpenStudy (anonymous):
how about mesh 2?
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OpenStudy (anonymous):
i think you forgot a j when you did the capacitor
OpenStudy (anonymous):
nm i see it
OpenStudy (anonymous):
lol. so???? how's my work? is it right? XD
OpenStudy (anonymous):
looks good, too lazy to check the kramers. do you need to transform back to time domain?
OpenStudy (anonymous):
yes. actually the question is to solve for all the time-domain voltages of each components. I just want to confirm if I'm in the right track. lol
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OpenStudy (anonymous):
yeah it looks good, you can put it into wolfram or something to check your system of eqns if you want or use a matrix, but I'm pretty sure you are good with that part by now
OpenStudy (anonymous):
multiply them out before you transform back to time domain I believe
OpenStudy (anonymous):
Yes. if you have time, can you check the cramer's part?