Warm-Up
1. (5x2)(–2x3) 2. Simplify: x + 2(x – [3x – 8] + 3)

4. (-3a3n4)(-3an)4
5. It is estimated there are over 3.5 x 10...
Class Notes Section of Notebook
Polynomials
Polynomials can be +, - , •, and ÷. Success with polynomials
is determined by applying the correct rule for th...
Polynomial? Yes or No
Classifying Polynomials:
Polynomials can be classified by their number of terms a
Since a polynomial...
Polynomials
Classifying Polynomials: By Degree
Polynomials
Polynomials
What a typical polynomial looks like:

Leading
coefficient
Polynomials

Simplifying Polynomials:
Like terms have the same exponent to the same degree.
Polynomials

Review:
Polynomial Basics
Identify the degree of each polynomial, then rewrite in
standard form.

1. 15xµa + 8x´a´ - a³x
2. 5x´y² ...
Polynomial Basics

8x² - 6x³y² + 4yµ
Polynomial Basics
Polynomials:

Add Polynomials by combining like terms, which are
monomials that have the same variable to the same power.
Polynomials:
Subtracting Polynomials
Polynomials:
Subtracting Polynomials
Class Work:
March 5, 2014
March 5, 2014
March 5, 2014
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March 5, 2014

  1. 1. Warm-Up 1. (5x2)(–2x3) 2. Simplify: x + 2(x – [3x – 8] + 3) 4. (-3a3n4)(-3an)4 5. It is estimated there are over 3.5 x 106 ants per acre in the Amazon rain forest which covers about 1 billion acres. Find the total number of ants in both standard form and scientific notation.
  2. 2. Class Notes Section of Notebook
  3. 3. Polynomials Polynomials can be +, - , •, and ÷. Success with polynomials is determined by applying the correct rule for the given operation. This will also be the first time that we solve and graph equations with variable degrees > 1. Polynomial: from the root poly, meaning many. The 'many' in this case are terms. Polynomials have many terms. Remember, terms are separated by a +, a -, or an = sign. From our last unit, we know that a monomial is a single term. Polynomials then, are simply a number of monomials connected by a +, - or = sign. So,...the rules that determine what is and isn't a polynomial, we look at the rules for what is and what isn't a monomial.
  4. 4. Polynomial? Yes or No Classifying Polynomials: Polynomials can be classified by their number of terms a Since a polynomial is and by their highest degree. Classified by terms: collection of monomials, these rules also determine the criteria for a polynomial.
  5. 5. Polynomials Classifying Polynomials: By Degree
  6. 6. Polynomials
  7. 7. Polynomials What a typical polynomial looks like: Leading coefficient
  8. 8. Polynomials Simplifying Polynomials: Like terms have the same exponent to the same degree.
  9. 9. Polynomials Review:
  10. 10. Polynomial Basics Identify the degree of each polynomial, then rewrite in standard form. 1. 15xµa + 8x´a´ - a³x 2. 5x´y² - 7xµy´ + 13x²yµ 3. 12x³y⁸ + 24x¶y´ 4. 16x´y³z² 5. 5x² + 4y¶
  11. 11. Polynomial Basics 8x² - 6x³y² + 4yµ
  12. 12. Polynomial Basics
  13. 13. Polynomials: Add Polynomials by combining like terms, which are monomials that have the same variable to the same power.
  14. 14. Polynomials: Subtracting Polynomials
  15. 15. Polynomials: Subtracting Polynomials
  16. 16. Class Work:

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