- Katılım
- 28 Eyl 2006
- Mesajlar
- 487
- Puanları
- 6
A question about conducting loop
1. The problem statement, all variables and given/known data
A conducting loop (assumed to be infinitely thin) is being moved along time the x -axis as shownin figure 1the current in the wire is changing with
i(t)=cos(wt)
the loop position 2-tm t >0
what is the transformer emf induced?
what is the emotional emf produced?
what is the total induced emf and the current wire?
2. Relevant equations
e = -df/dt
= -d (fm sin wt) / dt
= -fm w cos wt
= -fm w sin (p/2 - wt)
= fm w sin (wt-p/2)
If fm.w = em, then
e1 = em sin (wt-p/2)
If coil P has N1 turns, then the total e.m.f. induced = N1e1
= N1.em sin (wt-p/2)
3. The attempt at a solution
I know above equations but I cant solve the question also I cant relate each other . please help me
yukarıdaki örneğinin çözumunde neler yapılabilir acaba?yardımlarınız için şimdiden teşekkur ederim.
1. The problem statement, all variables and given/known data
A conducting loop (assumed to be infinitely thin) is being moved along time the x -axis as shownin figure 1the current in the wire is changing with
i(t)=cos(wt)
the loop position 2-tm t >0
what is the transformer emf induced?
what is the emotional emf produced?
what is the total induced emf and the current wire?
2. Relevant equations
e = -df/dt
= -d (fm sin wt) / dt
= -fm w cos wt
= -fm w sin (p/2 - wt)
= fm w sin (wt-p/2)
If fm.w = em, then
e1 = em sin (wt-p/2)
If coil P has N1 turns, then the total e.m.f. induced = N1e1
= N1.em sin (wt-p/2)
3. The attempt at a solution
I know above equations but I cant solve the question also I cant relate each other . please help me
yukarıdaki örneğinin çözumunde neler yapılabilir acaba?yardımlarınız için şimdiden teşekkur ederim.
