Originally posted by: RESmonkey
x = (1 + y^2 )^.5
and
x = (5/3)y
Originally posted by: thecrecarc
Originally posted by: RESmonkey
x = (1 + y^2 )^.5
and
x = (5/3)y
Just solve it!
Originally posted by: RESmonkey
That's not why I'm asking...in case there ever was a crazy function I didn't have time for (like on a test) , how would I go about doing this?
Originally posted by: TuxDave
Originally posted by: RESmonkey
That's not why I'm asking...in case there ever was a crazy function I didn't have time for (like on a test) , how would I go about doing this?
1) Turn the paper sideways and flip it over.
2) Draw as y=f(x)
3) Flip paper over and trace...
WIN!![]()
Originally posted by: KillerCharlie
If you really must graph it you could do it parametrically, but since you're gifted you already knew that.
Originally posted by: MSCoder610
Originally posted by: KillerCharlie
If you really must graph it you could do it parametrically, but since you're gifted you already knew that.
^
x = (1 + y^2 )^.5
=>
x(t) = (1 + t^2 )^.5 , y(t) = t
And graphing mode to parametric from function
Originally posted by: Summit
bladder23 get out of here.
Originally posted by: RESmonkey
Originally posted by: Summit
bladder23 get out of here.
I'm not bladder. He was asking for kiddy stuff. I'm in AP calc
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