00:01
So here in this question we are considering about a synchronous generator.
00:09
So we can say that we are following the specification which are given here in the single phase of a terminal voltage, v of t is given, which is equal to 70 volt.
00:20
We are given the load current i of l, that is equals to 50 ampere.
00:25
And we are given that v of t and i of l have the same phase value.
00:32
They are having the same phase value where taken as a phase, r1 is from 1 oom and x of l inductance is given, that is equals to 1 oom from here.
00:43
So we are having the value of the terminal voltage, we are having the current i and l.
00:48
So from here, in the first part of the question, we have to find out the value of the induced voltage.
00:54
So we can say that the induced voltage from here is represented by e -dash, that is equal to v -tash plus i -dash -l, r plus j of x of s.
01:02
Plugging into the values which we are having that is equal to 70 plus 50 multiply by the 1 plus j of 1...