- #1
NHLspl09
- 96
- 0
Hey guys, I'm having trouble with a problem assigned for homework in an EE course on Fourier series. We have yet to have a lecture on Fourier series when the homework is due Thursday, and because of the long weekend break we don't have class Tuesday. With little knowledge on Fourier series, from what it seems I have the basic formula (if you can call it that), but am getting kind of confused looking at examples online and was wondering if I could get some help. I only have to complete numbers 2, 4, and 5 of Problem 3-6. Any input or knowledge on the topic/problem at hand would be greatly appreciated!
Attachment 1 - EE HW P3-6
Attachment 2 - EE HW P3-6 Table
Attachment 2 - EE HW P3-6 Table
ao=[itex]\frac{1}{To}[/itex][itex]\int[/itex]x(t)dt
an=[itex]\frac{2}{To}[/itex][itex]\int[/itex]x(t)cos(ηωot)dt n≠0
bn=[itex]\frac{2}{To}[/itex][itex]\int[/itex]x(t)sin(ηωot)dt
^All with lower bounds of t1 and an upper bound of t1+To on the integrals
All I really know of the Fourier series is what I've found online and what it seems to be primarily are the equations I've posted. Again, any help or advice is greatly appreciated!
Homework Statement
Attachment 1 - EE HW P3-6
Attachment 2 - EE HW P3-6 Table
Homework Equations
Attachment 2 - EE HW P3-6 Table
ao=[itex]\frac{1}{To}[/itex][itex]\int[/itex]x(t)dt
an=[itex]\frac{2}{To}[/itex][itex]\int[/itex]x(t)cos(ηωot)dt n≠0
bn=[itex]\frac{2}{To}[/itex][itex]\int[/itex]x(t)sin(ηωot)dt
^All with lower bounds of t1 and an upper bound of t1+To on the integrals
The Attempt at a Solution
All I really know of the Fourier series is what I've found online and what it seems to be primarily are the equations I've posted. Again, any help or advice is greatly appreciated!