Thank you for taking your time to make and upload this video. Just the end of step five at the end of the video, minus sign is missing at the RHS. However, the answer for Cn is unaffected by this omission. The answer is also fine, expressing Cn as 2*(-1)^(n+2)/(n(n^2-3)), if you multiply (instead of divide) both sides at the end of step five by -1.
Thank you for taking your time to make and upload this video. Just the end of step five at the end of the video, minus sign is missing at the RHS. However, the answer for Cn is unaffected by this omission. The answer is also fine, expressing Cn as 2*(-1)^(n+2)/(n(n^2-3)), if you multiply (instead of divide) both sides at the end of step five by -1.
Thanks for that! 👍
It's the longest 13 mins I've ever been
Thank you so much!! This video is so helpful
Welcome😊
Hi, is it similar to discrete sine Fourier transform?