y = ln(x/m -sa)/ r^2

[AcrobatMan]

y = ln(x/m -sa)/ r^2
yr^2 = ln(x/m-sa)
e^ (yr^2) = x/m - sa
m(e^ (yr^2) + sa ) = x
me^(yr^2) = x-mas
me^(rry) = x-mas

 

[cujo]

RDRR

 

[yertle-the-turtle]

differentiate it.

 

[Moonlit_Angel]

*Looks at jumble of numbers and letters, blinks*

Uh-huh......

My head hurts just looking at that.

Angela

 

[Cleasai]

Holy Crap Acro

:nerdalert:

 

[AcrobatMan]

san diego

 

[AcrobatMan]

RDRR

HHRYD

ILYSW

LGA

 

[A_Wanderer]

Shit I thought I was the only one, now lets make jokes about aleph null, the smallest of infinite cardinal.

 

[AcrobatMan]

aleph null ..thats an interesting concept

 

[GibsonGirl]

y = ln(x/m -sa)/ r^2
yr^2 = ln(x/m-sa)
e^ (yr^2) = x/m - sa
m(e^ (yr^2) + sa ) = x
me^(yr^2) = x-mas
me^(rry) = x-mas

 

[anitram]

It just isn't sexy until I see an integral sign.

 

[U2democrat]

wow. i'll express my reaction to this thread all in smilies:

 

[verte76]

Ouch. I am the Math Klutz from Hell.

 

[speedracer]

Shit I thought I was the only one, now lets make jokes about aleph null, the smallest of infinite cardinal.

Aleph-null bottles of beer on the wall
Aleph-null bottles of beer
Take one down, pass it around
Aleph-null bottles of beer on the wall

Aleph-null bottles of beer on the wall
Aleph-null bottles of beer
Take one down, pass it around
Aleph-null bottles of beer on the wall

Aleph-null bottles of beer on the wall
Aleph-null bottles of beer
Take one down, pass it around
Aleph-null bottles of beer on the wall

Aleph-null bottles of beer on the wall
Aleph-null bottles of beer
Take one down, pass it around
Aleph-null bottles of beer on the wall

etc.

 

[U2democrat]

ok i'm not going to read this thread again, it's making my head hurt.

 

[boystupidboy]

y = ln(x/m -sa)/ r^2
yr^2 = ln(x/m-sa)
e^ (yr^2) = x/m - sa
m(e^ (yr^2) + sa ) = x
me^(yr^2) = x-mas
me^(rry) = x-mas

uuummmmmmmm

 

[DaveC]

that's incorrect. you went from subtracting sa on one side to multiplying it with m.

and your ry in the left side should be converted to e.



me^(re) = x-m+(sa)

eliminate the m's for balance:

e^(re) = x-m+(sa)

then to solve for x:

x = e^(re)+m-(sa)

solve for m:

m = e^(re)-x-(sa)

solve for s:

sa/a = (e^(re)-x)/a

solve for a:

sa/s = (e^(re)-x)/s

e and r need to be given to solve this i think. i'm not that good at math.

 

[lmjhitman]

y = ln(x/m -sa)/ r^2
yr^2 = ln(x/m-sa)
e^ (yr^2) = x/m - sa
m(e^ (yr^2) + sa ) = x
me^(yr^2) = x-mas
me^(rry) = x-mas

AcrobatMan Rocks!!!
(Although nightmares of undergraduate math are returning... )

 

[Mr. BAW]

I originally thought this was Soul Nation asking us to do her home work AGAIN; Merry Xmas anyway!