.3333r = 1/3
.9999r = 3/3 = 1
.9999r = 1
.9999r = 3/3 = 1
.9999r = 1
whats wrong? i don't get it...
Last edited by SmackDowN (2007-01-09 17:50:27)
x = y
x^2 = xy
x^2 - y^2 = xy - y^2
(x-y)(x+y) = y(x-y) The equation itself constrains values for x and y:
------------- -------- x-y=0 and 0/0=infinity so this does not prove that x+y=y as both sides are infinite
(x-y) (x-y) in value
x+y = y
x^2 = xy
x^2 - y^2 = xy - y^2
(x-y)(x+y) = y(x-y) The equation itself constrains values for x and y:
------------- -------- x-y=0 and 0/0=infinity so this does not prove that x+y=y as both sides are infinite
(x-y) (x-y) in value
x+y = y
it has to do with your shapes, not being the shapes you thought they were. i see how and i knew where it came from i just cant explain it very well. so to help you better understand it, go to the link belowSmackDowN wrote:
whats wrong? i don't get it...
http://home.earthlink.net/~toddwolly/vi … angle.html
ah, very clear explanation, thanks for that link
Wrong.Snake wrote:
Oh yeah, and along with sin, cos and tan, you also have secant, cosecant and cotangent - but they are very rarely used, if at all.
They're used way too much. They're not confusing anyway.
If 1/2x +1/2(1/2x + 1/2(1/2x +1/2(1/2x + ... = y,
then x = ?
figure THAT out!
then x = ?
figure THAT out!