I found it easier to multiply both sides by 600 and simplify before distributing. I get the an equivalent answer and less fractions to deal with. V1=(60+5V2)/11
Solving 2 equations comes handy using crammers rule, it's almost impossible to miss something out in it. But what aches my head is 3 or more equations on those nodal analysis equations, I hate them, first I have to sum up all the common voltage fractions into one fraction and then putting the equations into a matrix to solve it, i almost always miss something in the first trial.
Unfortunately, that is a big weakness for me as well so I don't really have any thoughts or advice on it. The "just be careful and thorough" adage that I keep telling myself is important but not really that useful. Hopefully someone else chimes in, I'd love to get some help with this as well.
Thanks for all your comments! For this one, I skimmed over the setup equations for time. But, if you're not familiar with what happened on that portion, it's probably best to review some of our Circuits 101 videos, particularly the Kirchhoff's videos. Once you understand the circuit analysis portion, then it's not that big of a jump to using them with matrices.
Yeah!!! We need your help with the maths. Thanks, we definitely appreciate your effort!!
Awesome, thanks for the feedback! I've been particularly nervous about this video from inception. I'm glad it was helpful!
Does anyone you know plug equations into Excel or is that an inefficient approach?
Cool video guys. Glad I have the bell turned on for the channel now !!
Thanks Jake!
there is nothing more peaceful than agreeing with Americans on units
😂
I found it easier to multiply both sides by 600 and simplify before distributing. I get the an equivalent answer and less fractions to deal with. V1=(60+5V2)/11
This needed to be uploaded two weeks ago
I understand your pain - hopefully it helps moving forward!
Watching this while studying for maths exam 🤣
Solving 2 equations comes handy using crammers rule, it's almost impossible to miss something out in it.
But what aches my head is 3 or more equations on those nodal analysis equations, I hate them, first I have to sum up all the common voltage fractions into one fraction and then putting the equations into a matrix to solve it, i almost always miss something in the first trial.
Unfortunately, that is a big weakness for me as well so I don't really have any thoughts or advice on it. The "just be careful and thorough" adage that I keep telling myself is important but not really that useful. Hopefully someone else chimes in, I'd love to get some help with this as well.
What???
math was never my strong point :) just baffled me this video :( I don't know how you got to all them numbers for the equations :(
Thanks for all your comments! For this one, I skimmed over the setup equations for time. But, if you're not familiar with what happened on that portion, it's probably best to review some of our Circuits 101 videos, particularly the Kirchhoff's videos. Once you understand the circuit analysis portion, then it's not that big of a jump to using them with matrices.