spot the differentiation
piss-poor so i'm off to bed
From the Games For Geeks challenge. See all 145 entries (closed)
( , Wed 9 Nov 2005, 23:16, archived)
piss-poor so i'm off to bed
From the Games For Geeks challenge. See all 145 entries (closed)
( , Wed 9 Nov 2005, 23:16, archived)
quite woosome
but my head cannae explain peaks and troughs or whatevrr
( ,
Wed 9 Nov 2005, 23:18,
archived)
bloody triggernomitry
or how you spell it dave
EDIT: the calculator i used for Alevel math for these i stole off a 12 year old, how brilliant, £8 saved
( ,
Wed 9 Nov 2005, 23:22,
archived)
EDIT: the calculator i used for Alevel math for these i stole off a 12 year old, how brilliant, £8 saved
if i coulf be botherd id work out
the line equation o those graphs...
but i cant be arsed
( ,
Wed 9 Nov 2005, 23:18,
archived)
but i cant be arsed
not really
just need 3 points on a graph
2 intercections of X
and 1 intersection of Y
and you get somthing like Y=X3 =(a x pi)X2+(b x pi)X+c
( ,
Wed 9 Nov 2005, 23:22,
archived)
2 intercections of X
and 1 intersection of Y
and you get somthing like Y=X3 =(a x pi)X2+(b x pi)X+c
ta
but im not going to do it as i cant be arsed typing out the HTML to get sup script
( ,
Wed 9 Nov 2005, 23:25,
archived)
that may be true actually
tis just a sign-wave graph
polynomial: -
( ,
Wed 9 Nov 2005, 23:28,
archived)
polynomial: -
err...
cos(x) = 1 - x^2/2! + x^4/4! - ... (a polynomial)
sin(x) = x - x^3/3! + x^5/5! - ... (a polynomial)
aicmfp again!
( ,
Wed 9 Nov 2005, 23:39,
archived)
sin(x) = x - x^3/3! + x^5/5! - ... (a polynomial)
aicmfp again!
In a polynomial the powers have to be positive integers
Gimmie my five pounds back you fraud!
( ,
Wed 9 Nov 2005, 23:45,
archived)