00:01
Hi, so we are given that the baud rate, baud rate, this is nothing but equals to the 96 hundredth of bauds.
00:17
Then the first a part to find the bit time.
00:22
So since we remember the formula bit time, this can be equals to n divided by the baud rate, where n is the number of bit per symbol.
00:39
So in the given example, we have one state bit and eight bit and one stop bit.
00:49
That means the total number of bits are n is equals to 10.
00:58
So substituting above, we get the required bit time that will be equals to 10 divided by baud rate is 960000, it cancel after dividing.
01:12
This will comes out 104 into 10 to the power minus three.
01:19
Or you can say this will comes to 104 milliseconds.
01:26
And hence this will become the required answer for first part of this question...