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0:23 2:58 Suggested clip Converting Between Exponential and Natural Logarithmic Form YouTubeStart of suggested clipEnd of suggested clip Converting Between Exponential and Natural Logarithmic Form
Suggested clip Transposition of formulae with logs and exponentials: Lesson 5 YouTubeStart of suggested clipEnd of suggested clip Transposition of formulae with logs and exponentials: Lesson 5
The equation log x = 100 is another way of writing 10x = 100. This relationship makes it possible to remove logarithms from an equation by raising both sides to the same exponent as the base of the logarithm. If the equation contains more than one logarithm, they must have the same base for this to work.
0:00 1:28 Suggested clip How to find the inverse of a logarithmic function, f(x) = log2 (x YouTubeStart of suggested clipEnd of suggested clip How to find the inverse of a logarithmic function, f(x) = log2 (x
Suggested clip Solving an natural logarithmic equation using properties of logs YouTubeStart of suggested clipEnd of suggested clip Solving an natural logarithmic equation using properties of logs
Some functions in math have a known inverse function. The log function is one of these functions. We know that the inverse of a log function is an exponential. So, we know that the inverse of f(x) = log subb(x) is f^-1(y) = b^y.
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