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Example Questions
Example Question #1 : Solving Quadratic Equations
Find the zeros.
Set each expression equal to zero and you get 0 and 6.
Example Question #2 : Solving Quadratic Equations
Find the zeros.
Set both expressions equal to . The first factor yields
. The second factor gives you
.
Example Question #8 : Finding Roots
Find the zeros.
Set both expressions to and you get
and
.
Example Question #61 : Intermediate Single Variable Algebra
Solve the following equation by factoring.
We can factor by determining the terms that will multiply to –8 and add to +7.
Our factors are +8 and –1.
Now we can set each factor equal to zero and solve for the root.
Example Question #62 : Intermediate Single Variable Algebra
Solve the following equation by factoring.
We know that one term has a coefficient of 2 and that our factors must multiply to –10.
Our factors are +2 and –5.
Now we can set each factor equal to zero and solve for the root.
Example Question #63 : Intermediate Single Variable Algebra
Solve the following equation by factoring.
First, we can factor an term out of all of the values.
We can factor remaining polynomial by determining the terms that will multiply to +4 and add to +4.
Our factors are +2 and +2.
Now we can set each factor equal to zero and solve for the root.
Example Question #71 : Intermediate Single Variable Algebra
Solve
Factor the problem and set each factor equal to zero.
becomes
so
Example Question #72 : Intermediate Single Variable Algebra
Solve .
Factor the quadratic equation and set each factor equal to zero:
becomes
so the correct answer is
.
Example Question #32 : Quadratic Equations And Inequalities
What are the roots of ?
To find the roots, we need to find the values that would make . Since there are two parts to
, we will have two roots: one where
, and one where
.
Solve each one individually:
Therefore, our roots will be .
Example Question #74 : Intermediate Single Variable Algebra
What are the roots of ?
To find the roots, we need to find what would make . Since there are two parts to
, we will have two roots: one where
, and one where
.
Solve each individually.
Our two roots will be .
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