- #1
PainterGuy
- 940
- 70
hello everyone,
my book says:
[tex]\sum [/tex] E = [tex]\sum [/tex]IR
where E is emf. it says the sum of all emfs equal sum of all IR terms.
1:-- please have a look on this PDF
https://docs.google.com/viewer?a=v&...ljMzctZjQxNzNlNjZlMGMy&hl=en&authkey=CNnjye8P
in the highlighted part - the equation #3 - there is no "E". how can we apply KVL when there is no "E".
2:-- and in this PDF (the highlighted part):
https://docs.google.com/viewer?a=v&...gwOTYtOGQzN2NmMmFjNTRh&hl=en&authkey=CM62nsYK
there is no IR terms and Vcd is neither E nor IR. so how can we apply KVL here?
please help me with this KVL problem as soon as possible. i am very grateful for your helping me out. many thanks.
cheers
my book says:
[tex]\sum [/tex] E = [tex]\sum [/tex]IR
where E is emf. it says the sum of all emfs equal sum of all IR terms.
1:-- please have a look on this PDF
https://docs.google.com/viewer?a=v&...ljMzctZjQxNzNlNjZlMGMy&hl=en&authkey=CNnjye8P
in the highlighted part - the equation #3 - there is no "E". how can we apply KVL when there is no "E".
2:-- and in this PDF (the highlighted part):
https://docs.google.com/viewer?a=v&...gwOTYtOGQzN2NmMmFjNTRh&hl=en&authkey=CM62nsYK
there is no IR terms and Vcd is neither E nor IR. so how can we apply KVL here?
please help me with this KVL problem as soon as possible. i am very grateful for your helping me out. many thanks.
cheers