Serious motorcycle problem. Need help!
#11
RE: Serious motorcycle problem. Need help!
ORIGINAL: kiker14
#2 = 588.89Hz (i think...)
Scratch that - slightly wrong formula - my new answer is 619.884 Hz but that still is probably wrong :-D
#2 = 588.89Hz (i think...)
Scratch that - slightly wrong formula - my new answer is 619.884 Hz but that still is probably wrong :-D
#14
RE: Serious motorcycle problem. Need help!
ORIGINAL: redzintimidator
Just think...the waves are getting compressed cause they are moving towards eachother..so its gotta be greater than 600Hz...could be 619, but i think its higher
ORIGINAL: kiker14
#2 = 588.89Hz (i think...)
Scratch that - slightly wrong formula - my new answer is 619.884 Hz but that still is probably wrong :-D
#2 = 588.89Hz (i think...)
Scratch that - slightly wrong formula - my new answer is 619.884 Hz but that still is probably wrong :-D
my vote is still 620ish though...
#15
#16
RE: Serious motorcycle problem. Need help!
ORIGINAL: Nauree
Freaken teacher straight out told us he wouldnt teach us this chapter. But at least it wont be on the final.
Freaken teacher straight out told us he wouldnt teach us this chapter. But at least it wont be on the final.
If there was one person in this world i could shoot it would be him.
#17
RE: Serious motorcycle problem. Need help!
ORIGINAL: kiker14
Yeah, when i saw the 588 i was like... waiiiiit a minute... lol. But I was a comp sci major, not a math or physics major - I let computers do the math for me ;-)
my vote is still 620ish though...
ORIGINAL: redzintimidator
Just think...the waves are getting compressed cause they are moving towards eachother..so its gotta be greater than 600Hz...could be 619, but i think its higher
ORIGINAL: kiker14
#2 = 588.89Hz (i think...)
Scratch that - slightly wrong formula - my new answer is 619.884 Hz but that still is probably wrong :-D
#2 = 588.89Hz (i think...)
Scratch that - slightly wrong formula - my new answer is 619.884 Hz but that still is probably wrong :-D
my vote is still 620ish though...