0:00
Hello everyone.
00:01
In the following question we have to find the response we are at time t.
00:07
We are at time t.
00:08
We will say this is a parallel rlc circuit.
00:14
We will say this is a parallel rlc circuit as evident as evident when the voltage is turned off.
00:26
When the voltage is turned off.
00:26
When the voltage is turned off.
00:30
Off.
00:32
When the voltage is turned off, if we'll find the value for alpha, this can be written as 1 by 1 by 2 r into c.
00:41
It will put 2 r is equal 3 and c is equal to 1 by 18.
00:48
Value of this is 3 and it will find value for omega node.
00:52
This can be written as 1 by under the root l into c.
00:56
We will put all the values.
00:58
We will get 2 into 1.
01:00
By 18...