That'S instead of x is t sorry, it's a mistake as t right so just integrate from 0 to t, not right d t and they know x a t and the explanation minus i 2 pi over t, not n and t right and over a square root Of t not right, so that would be. Why? You can't divide this by length the pirate square as peter, which is the note just for normalization and reasons, and then you know you can find the c and write the same definition is going to be actually simply going to be given by just integration. And, of course, you know that period is t not raised to let the p 2 over t not times times x and, of course, this coefficiency. You know basically, as just a sum over i'm going to minus infinity, to infinite right and, and it was then you have a and an i want to use a i'm going to use, maybe see and write c, which is a coefficient. So you can you can write this this potential for your theories. Maximum magnitude, of course, is a right. You know at t not rate, and then the square wave has a you know. So basically, obviously this is a periodic function and it has a period. So here in this question, we are giving a periodic wave right square wave like this and you're asked to determine the exponential fraser of this rite.
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