Recent content by meczs

yah i learned it... but it is the longest solution... i hate that... i want the shortest method... that i found in that site.. can you solve it using that method? i put the answer @ my attachment here is the solution I've learned @node B i1 + 12 - i3 = 0 i3 = i1 + i2 that is for...

http://www.pa.msu.edu/courses/1997spring/PHY232/lectures/kirchoff/examples.html" how can you solve my circuit (that i attached) using that procedure... in that site.. i saw it last week... that's the shortest way i seen... can you help me.. thankss

yeah yeah... were allowed to use calc... is that true?? there is a way to solve the circuit using calculator?? i mean the final answer...?? the current...?? eheheheh! i hope so... or it use to solve the simple addition, multiplication, division... ect... am i right??

how did you get the [-3] [6+3] [ 0 ] in KVL how did you get that? should i use that gaussian elimination to get the currents? how...? i did'nt already know how to solve the matrix form... (im so sorry) that's why i asked u...

can you tell how to use the matrix form step by step? can you give me a sample? thanx!

im not familliar of that matrix form... but if i used that kind of solution, will i get the final answer? meaning the current.. or there is another steps to use to get the answer??

help about kirchhoffs law! :cry: is there a shortcut way to solve the current in a circuit using kirchhoffs law?? or... is there a law or other easiest solution that can solve the the current in a circuit?? because my prof. gave us the equation and solution, but it is too long to solve? hope u...