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Example Questions
Example Question #3 : Monomials
Find the product:
First, mulitply the mononomial by the first term of the polynomial:
Second, multiply the monomial by the second term of the polynomial:
Add the terms together:
Example Question #51 : Expressions
Multiply, expressing the product in simplest form:
Cross-cancel the coefficients by dividing both 15 and 25 by 5, and both 14 and 21 by 7:
Now use the quotient rule on the variables by subtracting exponents:
Example Question #2 : Simplifying Expressions
Simplify the following:
In this problem, you have two fractions being multiplied. You can first simplify the coefficients in the numerators and denominators. You can divide and cancel the 2 and 14 each by 2, and the 3 and 15 each by 3:
You can multiply the two numerators and two denominators, keeping in mind that when multiplying like variables with exponents, you simplify by adding the exponents together:
Any variables that are both in the numerator and denominator can be simplified by subtracting the numerator's exponent by the denominator's exponent. If you end up with a negative exponent in the numerator, you can move the variable to the denominator to keep the exponent positive:
Example Question #2 : How To Factor A Variable
Factor the expression:
To find the greatest common factor, we need to break each term into its prime factors:
Looking at which terms all three expressions have in common; thus, the GCF is . We then factor this out:
.
Example Question #52 : Expressions
Expand:
To expand, multiply 8x by both terms in the expression (3x + 7).
8x multiplied by 3x is 24x².
8x multiplied by 7 is 56x.
Therefore, 8x(3x + 7) = 24x² + 56x.
Example Question #53 : Expressions
Simplify:
None of the other answers are correct.
First, distribute –5 through the parentheses by multiplying both terms by –5.
Then, combine the like-termed variables (–5x and –3x).
Example Question #54 : Expressions
Expand:
First, FOIL:
Simplify:
Distribute the through the parentheses:
Rewrite to make the expression look like one of the answer choices:
Example Question #83 : Polynomial Operations
Simplify the expression.
None of the other answers are correct.
When simplifying polynomials, only combine the variables with like terms.
can be added to
, giving
.
can be subtracted from
to give
.
Combine both of the terms into one expression to find the answer:
Example Question #84 : Polynomial Operations
Simplify the following expression.
This is not a FOIL problem, as we are adding rather than multiplying the terms in parentheses.
Add like terms to solve.
and
have no like terms and cannot be combined with anything.
5 and -5 can be combined however:
This leaves us with .
Example Question #2 : How To Subtract Polynomials
Simplify the following:
None of the other answers are correct.
First, FOIL the two binomials:
Then distribute the through the terms in parentheses:
Combine like terms:
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