My very estimated Math lovers

[Edgar]

how do you leave the e  alone


$B = $A(CapB/CapA) exponential e

10 TPs to the fastest right answer

[MBz]

what do you mean leave it alone? get it by its self? use the natural log

[Edgar]

what do you mean leave it alone? get it by its self? use the natural log

exactly
I think is something like

e log (Capb7capA)
and then
e (lN B-LN A) or something like that
and the change side
but I just want to be sure its right
care to get it by itself for me?
the final ecuation


10 tps please

[MBz]

So I'm not sure what you mean by the $, but if they are your variables, what you want to do is take the natural log of both sides.  That'll leave you with Ln($A)=eln($B).  Divide both sides by ln($B) which will result in Ln($A)/Ln($B)=e. 

[Edgar]

So I'm not sure what you mean by the $, but if they are your variables, what you want to do is take the natural log of both sides.  That'll leave you with Ln($A)=eln($B).  Divide both sides by ln($B) which will result in Ln($A)/Ln($B)=e. 

its all variables


A= B * (c/d) exp e


so there are 4 variables to put apart in order of leaving e alone
e=  some ln involving ABCD

[MBz]

okay so first you want to divide by B.  A/B=(c/d) exp e.  now we take the natural log of both sides.  Ln(A/B)=eln(c/d). Divide through.  Ln(A/B)/Ln(c/d)=e. 

[Edgar]

okay so first you want to divide by B.  A/B=(c/d) exp e.  now we take the natural log of both sides.  Ln(A/B)=eln(c/d). Divide through.  Ln(A/B)/Ln(c/d)=e. 

ty I think thats what i need
10 TPS
just in adition to that

That should be the same of doing
e= LNA -LNB   /  LN C-LN D   right?

[MBz]

yes you can simplify it to (LnA-LnB)/(LnC-LnD)

[Edgar]

yes you can simplify it to (LnA-LnB)/(LnC-LnD)

okis thats what i thought

11th tps given for that last answer ty and bye

Edgar

[Redz]

My first creation on Xtranormal

http://www.youtube.com/watch?v=6Mg5YyCXknI

[Overrated]

[thirstyboots18]

My first creation on Xtranormal

http://www.youtube.com/watch?v=6Mg5YyCXknI

ha ha ha ha ha  Very, very funny!  I am relating (and laughing) being a mathematical nincompoop with a lot of excuses,  myself....