All Algebra II Resources
Example Questions
Example Question #23 : Inverse Functions
What is the inverse function of ?
Before we begin, it would help to try and simplify the problem. Let's start by factoring the numerator:
We can see that the terms will cancel, making this problem much easier:
To find the inverse, we can put a where the is currently, put a for the , and then solve for .
Example Question #741 : Algebra Ii
Find the inverse of .
First we're going to change the in the function to a , set the function equal to , and solve for :
Multiply each side by :
Divide each side by :
Subtract from each side:
Finally, take the square root of each side:
Example Question #742 : Algebra Ii
Find the inverse of the given function:
To find the inverse of the function, we must first replace all x in the equation with y, and all y in the equation with x:
Now, solve for y:
Example Question #26 : Inverse Functions
Find the inverse function of .
There is no inverse for
Step 1: To find the inverse of a function , we will first switch the places of x and y. Wherever we saw y, we put x. Where we see x, we put y.
After changing places of letters:
Step 2: We want to solve for y, so we ned to get rid of the on the right side.
Step 3: We want to find , but we have . To find , we will take the cube root of both sides
This simplifies to:
The inverse function of is
Example Question #221 : Functions And Graphs
What is the inverse for the function
Inverse does not exist
To find the inverse of a function switch the position of x and y and solve to y.
Example Question #28 : Inverse Functions
Find the inverse of:
Interchange the x and y-variables.
Solve for y. Distribute the constant through the binomial.
Add 24 on both sides.
The equation becomes:
Divide by four on both sides.
Simplify both sides.
The answer is:
Example Question #29 : Inverse Functions
Find if .
To solve for the inverse function, first replace with .
The equation becomes:
Interchange the variables.
Add three on both sides.
Divide by nine on both sides.
Simplify both sides of the equation.
The answer is:
Example Question #22 : Inverse Functions
Find the inverse of the function:
In order to find the inverse, interchange the x and y-variables.
Solve for y. Add 6 on both sides of the equation.
The equation becomes:
Multiply by negative four on both sides to isolate the y-variable.
Simplify both sides of the equation.
The answer is:
Example Question #31 : Inverse Functions
Find the inverse of the equation:
To solve for the inverse, first interchange the x and y-variables.
Solve for y. Add 14 on both sides.
Simplify the right side.
Divide by six on both sides.
Simplify both sides of the equation.
The answer is:
Example Question #32 : Inverse Functions
Find the inverse of the following function:
Interchange the x and y-variables.
Solve for y. Subtract two from both sides.
Simplify the right side.
Multiply both sides by the reciprocal of the coefficient in front of the y-variable.
Simplify both sides. Distribute the fraction on the left side.
The answer is: