John Napier 1550 to 1617 John Napier was a Scottish scholar who is best known for his invention of logarithms, but other mathematical contributions include.

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Presentation transcript:

John Napier 1550 to 1617 John Napier was a Scottish scholar who is best known for his invention of logarithms, but other mathematical contributions include a mnemonic for formulas used in solving spherical triangles and two formulas known as Napier's analogies.

We would like to find its derivative.

Using the chain rule we get Example

Example

Hence, the generalized derivatives for exponential functions:

Now we want to find the derivative of logarithmic functions. The generalized derivative is:

Example

Example

To find the derivative of any logarithmic function of any base, you can use the change of base rule for logs: Change of Base to e The generalized derivative formula of the log of any base is:

To expand the domain of logarithmic functions we take the absolute value of the argument. So lets examine It can shown that, The derivative is the same!!

Example

Example

Example 2)

Example

So in conclusion, the generalized derivatives of exponential and logarithmic functions are: