D
Deleted member 4993
Guest
y = ln(x/m - a*s)/(r*r)
Hint: solve for x to get a clue
Hint: solve for x to get a clue
D
Deleted member 4993
Guest
Full disclosure - my son had sent to me - I don't know whether he stole it from somewhere or not!!
But Great Khan, I have never had a clue! So unfair!
[MATH]y = \dfrac{ln \left (x/m - a*s \right )}{r * r} \implies rry = ln \left (x/m - a*s \right )\implies[/MATH]
[MATH]rry = ln \left ( \dfrac{x - mas}{m} \right ) \implies e^{rry} = \dfrac{x - mas}{m} \implies [/MATH]
[MATH]me^{rry} = x -mas = \chi - mas \implies \text {merry is chimas.}[/MATH]
IS MISSPELLED. To the corner with you.
[MATH]y = \dfrac{ln \left (x/m - a*s \right )}{r * r} \implies rry = ln \left (x/m - a*s \right )\implies[/MATH]
[MATH]rry = ln \left ( \dfrac{x - mas}{m} \right ) \implies e^{rry} = \dfrac{x - mas}{m} \implies [/MATH]
[MATH]me^{rry} = x -mas = \chi - mas \implies \text {merry is chimas.}[/MATH]
IS MISSPELLED. To the corner with you.