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Example Questions
Example Question #2 : How To Graph An Absolute Value Function
Which of these would most likely be the equation corresponding to the above graph?
This is an absolute value graph. Its equation takes the form , in which represent the number of units that the base graph is translated right and up respectively.
Since the graph of is translated three units left and six units down, and .
Plug these values into the general form of the equation:
Simplify:
Example Question #43 : Functions And Lines
Example Question #2 : How To Graph An Absolute Value Function
Example Question #3331 : Algebra 1
Example Question #1 : How To Find F(X)
A function is given by . Find .
Plugging in 2 wherever is present in the formula yields an answer of 14.
Example Question #1 : How To Find F(X)
If , evaluate .
To solve this function, we simply need to understand that finding means that in this specific case. So, we can just substitute 10 in for .
is equal to , so our final answer is
or .
Example Question #1 : Algebraic Functions
In which of these relations is not a function of ?
In the relation , there are many values of that can be paired with more than one value of - for example, .
To demonstrate that is a function of in the other examples, we solve each for :
can be rewritten as .
can be rewritten as
can be rewritten as
need not be rewritten.
In each case, we see that for any value of , can be uniquely defined.
Example Question #3 : How To Find F(X)
Example Question #1 : How To Find F(X)
What is the next number in the following sequence?
To form this sequence, alternately multiply by 2 and add 5:
To keep the pattern going, double the seventh term to get the eighth:
Example Question #2 : How To Find F(X)
Define and
Evaluate
is undefined.
The easiest way to find is to take advantage of the fact that the radical expressons are conjugates, and that their product follows the difference of squares pattern.
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