00:01
Hello everyone, let us do the following question.
00:02
Here we have to solve this by using foliar transformation.
00:06
Since we will say t is equal to 3, frequency is equal to 1 by 3, this is 0 .33 hertz.
00:18
We can use the systematic here.
00:20
We will use the systematic.
00:22
This is the diagram of the systematic shown.
00:25
Here we will use bpwl to enter in the signal in the transition.
00:30
This box we enable select 15 we enable select 15 for final time we will select 15 for final time 0 .0 point select 15 for final time 0 .01 second for print type 0 .01 second for print step and 10 milliseconds for the 10 milliseconds for the step 10 milliseconds for theいうこと ceiling and millisecond for the step ceiling now we will write the response for this now we will write response for this we will write the folies components here we will find value for dc component if we will find value for dc components here we will get minus 1 .000000000 e plus 0 0 .0.
01:36
Now we will write some of the following terms.
01:39
Now we will write some of the following terms.
01:42
It will write these terms here.
01:45
First term we will write frequency.
01:49
Firstly we will write harmonic normalization...