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[13] Use logs to derive the linear form (i.e. an equation that would allow you to plot a straight-line
graph) of the following equations:

n = K M^a

I = Io.e^-kt

m = k [c]^1/n


These are some practice questions I was given and for the life of me can't tell what it wants me to do with them any help? dont need to answer them just a general idea of how to tackle them?
 Jan 14, 2014
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davidashworth7:

[13] Use logs to derive the linear form (i.e. an equation that would allow you to plot a straight-line
graph) of the following equations:

n = K M^a
I = Io.e^-kt
m = k [c]^1/n

These are some practice questions I was given and for the life of me can't tell what it wants me to do with them any help? dont need to answer them just a general idea of how to tackle them?



I really don't know what your teacher is after. Do you know which of the pronumerals are constants and which are variables? (This makes a big difference to any possible solution)

If the second one is meant to be
l = ln [e -kt]
then this would simplify to
l = (-kt) ln e
l = -kt
If k is a constant and t and l are variables then this is a linear equation.

If you have more information please post it.
OR
If you get the answers please post them so i can see what your teacher is talking about.
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I am sorry that I can't be more helpful.
There are a couple of sites that I often refer people to regarding logs, maybe you will find one of them helpful.
http://en.wikipedia.org/wiki/List_of_logarithmic_identities
http://www.mathsisfun.com/algebra/logarithms.html
 Jan 14, 2014

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