Trying to solve for t:
t=d/(C*(M*(-0.072*ln(t)+1.2745)))
I took a first step to:
t/d=1/(C*(M*(-0.072*ln(t)+1.2745)))
2. d/t=C*(M*(-0.072*ln(t)+1.2745))
3. d= (C*(M*(-0.072*ln(t)+1.2745)))/t
And I'm stuck
Tried running this through some online calculators with no luck. Closest, I got was: t=e^(W-1(125d/(9Ce^(2549/144)*M))+2549/144)
I don't even understand "W". Here is the link to the calculator: http://calculator.mathcaptain.com/solving-equations-with-variables-on-both-sides-calculator.html
Thanks in advance.
t=d/(C*(M*(-0.072*ln(t)+1.2745)))
I took a first step to:
t/d=1/(C*(M*(-0.072*ln(t)+1.2745)))
2. d/t=C*(M*(-0.072*ln(t)+1.2745))
3. d= (C*(M*(-0.072*ln(t)+1.2745)))/t
And I'm stuck
Tried running this through some online calculators with no luck. Closest, I got was: t=e^(W-1(125d/(9Ce^(2549/144)*M))+2549/144)
I don't even understand "W". Here is the link to the calculator: http://calculator.mathcaptain.com/solving-equations-with-variables-on-both-sides-calculator.html
Thanks in advance.