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One-to-one function: A function is called one-to-one if not any two values of x produce the same y. Mathematically specking, this is the same as saying,
f ( x1 ) ≠ f ( x2 )
whenever x1 ≠ x2
Thus, a function is one-to-one if whenever we plug distinct values into the function we get different function values. Sometimes it is simpler to understand this definition if we illustrates a function that isn't one-to-one.
Let's take a look at a function which isn't one-to-one. The function f ( x )= x2 is not one-to-one since both f ( -2) = 4 and f ( 2) = 4 . In other terms there are two different values of x that generate the same value of y. Note down that we can turn f ( x ) = x2 into a one-to-one function if we limit ourselves to 0 ≤ x <∞ . It can sometimes be done with functions.
Illustrating that a function is one-to-one is frequently tedious and/or difficult. For the most part we are going to suppose that the functions which we're going to be dealing with in this course are either one-to-one or we have limited the domain of the function to get it to be a one-to-one function.
Now, let's formally define just what inverse functions are.
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Logarithmic Differentiation : There is one final topic to discuss in this section. Taking derivatives of some complicated functions can be simplified by using logarithms. It i
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For inequalities we contain a similar notation. Based on the complexity of the inequality the solution set might be a single number or it might be a range of numbers. If it is jus
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