hi M,
V - V(L) = V(R)

L is a inductive symbol, not the impedance of the L component.

Do you know how to calculate the Inductive impedance of an Inductor.?

E

Since I am not very familiar with the English terms, if you mean XL it is not required. We have to use KVL with their cartesian forms.
Looking back at your post about the bridge and "flipping" the circuit, I think that helped a lot.

 

hi M,
I was referring to the circuit posted by MrChips, to find the value of Voltage across R1. Post #9

ZL= 2 * π * f * L

So what do you make the full equation for the Voltage across R1 .?

E
PS Your English OK.

 

Using KVL, shouldn't I do this?

To my mind, using Mesh Analysis is a step beyond just "using KVL". Nevertheless, one cannot arrive at a solution without using both KVL & KCL.

 

You can use KVL if you know how to use it in this case.
You still have not answered the question in posts #4 and #9. You will not be able to solve your problems until you can solve this basic one first. You cannot simply add the two voltages because they are not in phase.

 

Would KVL look like this? View attachment 240770

That looks OK, but why then could you not do that with the original circuit (first circuit in your first post)?
Try the same thing with that circuit. It may look different but it should work OK also.