unit 5.2: Like and unlike terms in polynomials
What we need to know
Definition of polynomials
Monomials
Binomials
Trinomials
Degree of a polynomial
Exponent
Variable
Coefficient
How to model polynomials using algebra tiles
Monomials
Binomials
Trinomials
Degree of a polynomial
Exponent
Variable
Coefficient
How to model polynomials using algebra tiles
more information
Simplifying, then, means grouping the like terms. This is an important concept to understand, as it is the base for the addition and subtraction of polynomials.
Remember: You can only group like terms!
4x and 3 - NOT like terms - The second term has no variable
4x and 3y - NOT like terms - The second term now has a variable but it doesn't match the variable of the first term
4x and 3x^2 - NOT like terms - The second term now has the same variable, but the degree is different
4x and 3x - LIKE TERMS -Now the variables match and the degrees match
4x and 3y - NOT like terms - The second term now has a variable but it doesn't match the variable of the first term
4x and 3x^2 - NOT like terms - The second term now has the same variable, but the degree is different
4x and 3x - LIKE TERMS -Now the variables match and the degrees match
Here is another example I put together about how to simplify polynomials using algebra tiles:
videos that can help you
This is what we mean when we say "simplifying" polynomials:
AND... just because!
interactive online activities
Worksheets
combining_like_terms.pdf | |
File Size: | 32 kb |
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combiningliketerms.pdf | |
File Size: | 18 kb |
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combining_20like_20terms.pdf | |
File Size: | 95 kb |
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polynomials_and_like_terms.pdf | |
File Size: | 69 kb |
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simplifying-expressions-1.pdf | |
File Size: | 94 kb |
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simplifying-expressions-2.pdf | |
File Size: | 94 kb |
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activity_2-1.3.1_combining_like_terms_with_algebra_tiles.pdf | |
File Size: | 609 kb |
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review - workbook
workbook_-_unit_5.2.pdf | |
File Size: | 3190 kb |
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