100(1.04)^2t=300
divide both sides by 100,
= \((1.04)^2·^t=3\)
use the power rule :
\((b^n)^m = b^n·^m \)
=\((1.04^2)^t=3\)
square 1.04
=\(1.0816^t=3\)
use log base 1.0816 = 3
t= log(base, 1.0816) 3 = 14.005511
t== 14.005511
when you've been cramming for 8 hours...
\(\sqrt{144} = 12\)
\(3x+5=4x-6\)
add 6 to both sides,
\(3x + 11 = 4x\)
subtract 3x from both sides,
\(11 = x\)
2x(x-1)+5
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This is how the textbook displays it:
Define the associated gradient function, g(x), for each f(x) given in the table:
well that's a little embarrassing, i've just disregarded distrubtion...
thankyou for your help and also your quick responce.
good luck with your slopes, wish I could help
Thank you for your responce melody,
this may be rather simple, but would you be able to explain show how you went from the start of the question to: \(sin\frac{\pi}{6}= \frac{1}{2}\)
Regards,
5/2