woah wow wow-wee
So it looks like they added a "My LJ" tab? Interesting. I shall have to check that out.
As I type this, the final song in my entire BnL collection is playing. I have listened to the whole damned thing while doing my signals homework haha... I realize it is a far-from-complete collection, but that is 74 songs, or 4.6 hours... If only 3/4 of one of those hours was not spent on a single part of a single problem, only to find a solution visually (with no algebraic support).
Want to try?
Find a way to represent the magnitude and angle of the function Y = 1 - e^( -i * 4X ) in such a way that there are no complex parts and no square roots. To quote the book, "Derive simple formulas for the magnitude response versus X and the phase response versus X." It actually uses omega hat instead of X, because its a frequency, but I can't write a fancy thing like that here. Or can I?
ὧὦὥὤὣὢὡὠᾠᾡᾢᾣᾤᾥᾦᾧῴῳῲῷϖώω So many omegas, but no omega hat :(
anyway, good night, song is over
As I type this, the final song in my entire BnL collection is playing. I have listened to the whole damned thing while doing my signals homework haha... I realize it is a far-from-complete collection, but that is 74 songs, or 4.6 hours... If only 3/4 of one of those hours was not spent on a single part of a single problem, only to find a solution visually (with no algebraic support).
Want to try?
Find a way to represent the magnitude and angle of the function Y = 1 - e^( -i * 4X ) in such a way that there are no complex parts and no square roots. To quote the book, "Derive simple formulas for the magnitude response versus X and the phase response versus X." It actually uses omega hat instead of X, because its a frequency, but I can't write a fancy thing like that here. Or can I?
ὧὦὥὤὣὢὡὠᾠᾡᾢᾣᾤᾥᾦᾧῴῳῲῷϖώω So many omegas, but no omega hat :(
anyway, good night, song is over