All Algebra 1 Resources
Example Questions
Example Question #1 : Simplifying Polynomials
Simplify the following expression.
This is not a FOIL problem, as we are adding rather than multiplying the terms in parenteses.
Add like terms to solve.
Combining these terms into an expression gives us our answer.
Example Question #1 : How To Add Polynomials
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 #2 : How To Add Polynomials
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 #74 : Polynomials
Find the LCM of the following polynomials:
, ,
LCM of
LCM of
and since
The LCM
Example Question #6 : How To Add Polynomials
Add:
First factor the denominators which gives us the following:
The two rational fractions have a common denominator hence they are like "like fractions". Hence we get:
Simplifying gives us
Example Question #2 : How To Add Polynomials
Simplify
To simplify you combind like terms:
Answer:
Example Question #21 : Polynomials
Combine:
When combining polynomials, only combine like terms. With the like terms, combine the coefficients. Your answer is .
Example Question #24 : Intermediate Single Variable Algebra
Simplify this expression:
Not able to simplify further
Don't be scared by complex terms! First, we follow our order of operations and multiply the into the first binomial. Then, we check to see if the variables are alike. If they match perfectly, we can add and subtract their coefficients just like we could if the expression was .
Remember, a variable is always a variable, no matter how complex! In this problem, the terms match after we follow our order of operations! So we just add the coefficients of the matching terms and we get our answer:
Example Question #4381 : Algebra 1
Simplify the following:
To solve , identify all the like-terms and regroup to combine the values.
Example Question #12 : How To Add Polynomials
Evaluate the following expression:
To add two polynomials together, you combine all like terms.
Combining the terms gives us
Combining the terms gives us , since there is only 1 of those terms in the expression it remains the same.
Combining the terms gives us
and finally combining theconstants gives us
summing all these together gives us
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