All Algebra II Resources
Example Questions
Example Question #38 : Function Notation
Determine if .
To determine the output of , substitute the value of as a replacement of .
Rewrite the complex fraction using a division sign.
Take the reciprocal of the second term and change the division sign to a multiplication sign.
The answer is:
Example Question #39 : Function Notation
Determine if and .
Substitute three into the function of to solve for .
Substitute this value into the function .
There is no x-variable to substitute nine, which means the function is equal to three.
The answer is:
Example Question #40 : Function Notation
If and , determine:
Substitute the assigned values into the expression.
Simplify the inside parentheses.
The answer is:
Example Question #41 : Function Notation
What is the value of if and ?
Substitute the assigned values into the expression.
Simplify by order of operations.
The answer is:
Example Question #171 : Functions And Graphs
Determine the value of if: .
Substitute the values of into the expression.
In order to subtract these fractions, we will need a least common denominator.
Multiply the denominators together for the LCD. Convert the two fractions.
Subtract the numerators now that the denominators are common.
The answer is:
Example Question #172 : Functions And Graphs
Determine the value of if:
Given the expression and the assigned values, substitute the values into the expression.
Simplify this expression by order of operations.
The answer is:
Example Question #41 : Function Notation
Evaluate if and
Substitute the known values into the expression.
Simplify the expression.
The answer is:
Example Question #45 : Function Notation
If and , what is
Substitute the assigned values into the expression.
Simplify the negative exponents by rewriting both terms as fractions.
Simplify the fractions.
The answer is:
Example Question #173 : Functions And Graphs
If , what must be?
Substitute the known value of into the equation.
Simplify the equation.
Solve the right side by distribution.
Add 42 on both sides.
Divide by six on both sides.
The answer is:
Example Question #47 : Function Notation
If , what must equal in ?
The term means that when .
Substitute the terms in the function to solve for .
Solve for .
Subtract 10 on both sides.
Divide by negative one to eliminate the negative signs.
The answer is:
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