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Example Questions
Example Question #21 : Function Notation
Given and
, what is
?
The question asked is a composite function.
Evaluate first. Replace x with the value of 2 in the function
.
After substitution, evaluate . Replace x with the value of 6 in the function
.
The answer is:
Example Question #22 : Function Notation
If , what must
be?
Replace the value of negative six into the function of x equation.
Simplify this equation.
The answer is:
Example Question #23 : Function Notation
If and
, what must
be?
Notice that this composite function is asking for the value of of a particular number solved by evaluating
. The function
means that no matter what the x-value inside
is, the final output will always be one.
We do not even need to evaluate to determine what
is since we know that
will yield a very large number, and that the output of the function of
will be one for
.
The answer is:
Example Question #151 : Introduction To Functions
If and
, what is
?
Evaluate first. Substitute the function
into
.
Distribute the integer through the binomial and simplify the equation.
Multiply this expression with .
The answer is:
Example Question #151 : Functions And Graphs
If and
, what is
?
Evaluate each term separately.
The term means to input the function
into the function
.
Substitute the equation as the replacement of the x-variable.
Add the two terms.
The answer is:
Example Question #671 : Algebra Ii
Given the function: , what is
?
To solve this function, the term means to replace negative four with the x-variable.
Use order of operations and simplify the terms on the right side.
The answer is:
Example Question #27 : Function Notation
Given and
, what is
?
Evaluate first. If we plugged in the function
into the function
, no matter what
is replaced with, the final output will always be negative three.
Evaluate . Multiply the function
by two.
Sum both numbers.
The answer is:
Example Question #24 : Function Notation
If ,
, and
, what is
?
Evaluate each term separately.
The term means to input the function
into the function
.
Follow suit for . Substitute
into the function
.
Add the two known terms.
The answer is:
Example Question #681 : Algebra Ii
If , what is
?
In order to solve , replace the entire quantity of
as a replacement of
.
Replace the term.
Distribute the binomial.
The answer is:
Example Question #682 : Algebra Ii
If , what is
?
Evaluate first. Substitute
into the function as a replacement of the x-variable.
Substitute this value to determine .
The answer is:
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