SlideServe
Télécharger Obtenir Pro
Menu
Accueil Pro
Préférences
ApparenceLight Aide et commentaires
© SlideServe · v2026

Math 50

golda avatar
golda
62 diapositives · 878 Views · Jul 30, 2014

Math 50. 3.2 – Introduction to Polynomials; Combining Like Terms. An expression that is a constant or a product of a constant and variables that are raised to whole number powers is called a _________________ . ex: .

#math 50 #math 50 ppt #powerpoint #presentation
Math 50 - slide 1
01 / 62Math 50
1 / 17

Télécharger la présentation

Math 50
Une image / un lien ci-dessous est fourni (tel quel) pour télécharger la présentation

Politique de téléchargement : le contenu du site vous est fourni TEL QUEL pour votre information et votre usage personnel ; il ne peut être vendu, concédé sous licence ni partagé sur d’autres sites sans l’accord de son auteur.Le contenu vous est fourni TEL QUEL, pour votre information et votre usage personnel uniquement. Téléchargez la présentation en cliquant sur ce lien. Lors du téléchargement, si vous ne parvenez pas à télécharger une présentation, l’éditeur a peut-être supprimé le fichier de son serveur.Pendant le téléchargement, si vous ne parvenez pas à obtenir une présentation, le fichier a peut-être été supprimé par l’éditeur.

F I N

Plus de contenu associé

Transcription de la présentation

  1. Math 50 3.2 – Introduction to Polynomials; Combining Like Terms

  2. An expression that is a constant or a product of a constant and variables that are raised to whole number powers is called a _________________. ex:

  3. An expression that is a constant or a product of a constant and variables that are raised to whole number powers is called a _________________. ex: monomial

  4. Why isn’t a monomial? Why isn’t a monomial?

  5. Why isn’t a monomial? Why isn’t a monomial? Variables divided, not multiplied

  6. Why isn’t a monomial? Why isn’t a monomial? Variables divided, not multiplied Has addition/subtraction

  7. The numerical factor in a monomial is called the _____________________. The sum of the exponents of all variables in a monomial is called the ______________ of the monomial.

  8. The numerical factor in a monomial is called the _____________________. The sum of the exponents of all variables in a monomial is called the ______________ of the monomial. coefficient

  9. The numerical factor in a monomial is called the _____________________. The sum of the exponents of all variables in a monomial is called the ______________ of the monomial. coefficient degree

  10. The numerical factor in a monomial is called the _____________________. The sum of the exponents of all variables in a monomial is called the ______________ of the monomial. coefficient degree Basically, count how many variables are being multiplied

  11. Ex 1.

  12. Ex 1.

  13. Ex 1.

  14. A monomial or a sum of monomials is called a ___________________. ex:

  15. A monomial or a sum of monomials is called a ___________________. ex: polynomial

  16. Note: In polynomials, we usually call each monomial a _______. A polynomial with exactly one term is called a _____________. (ex: ) A polynomial with exactly two terms is called a _____________. (ex: ) A polynomial with exactly three terms is called a _____________. (ex: )

  17. Note: In polynomials, we usually call each monomial a _______. A polynomial with exactly one term is called a _____________. (ex: ) A polynomial with exactly two terms is called a _____________. (ex: ) A polynomial with exactly three terms is called a _____________. (ex: ) term

  18. Note: In polynomials, we usually call each monomial a _______. A polynomial with exactly one term is called a _____________. (ex: ) A polynomial with exactly two terms is called a _____________. (ex: ) A polynomial with exactly three terms is called a _____________. (ex: ) term monomial

  19. Note: In polynomials, we usually call each monomial a _______. A polynomial with exactly one term is called a _____________. (ex: ) A polynomial with exactly two terms is called a _____________. (ex: ) A polynomial with exactly three terms is called a _____________. (ex: ) term monomial binomial

  20. Note: In polynomials, we usually call each monomial a _______. A polynomial with exactly one term is called a _____________. (ex: ) A polynomial with exactly two terms is called a _____________. (ex: ) A polynomial with exactly three terms is called a _____________. (ex: ) term monomial binomial trinomial

  21. (See example at top of page again) ex:

  22. (See example at top of page again) ex: trinomial

  23. (See example at top of page again) ex: trinomial binomial

  24. (See example at top of page again) ex: trinomial binomial trinomial

  25. (See example at top of page again) ex: trinomial binomial trinomial binomial

  26. (See example at top of page again) ex: trinomial binomial trinomial binomial monomial

  27. (See example at top of page again) ex: trinomial binomial trinomial binomial monomial monomial

  28. Ex 2.List the terms and coefficients of the polynomial .

  29. Ex 2.List the terms and coefficients of the polynomial .

  30. Ex 2.List the terms and coefficients of the polynomial .

  31. The greatest degree of any of the terms in the polynomial is called the ___________________. Ex 3.What’s the degree of ? Ex 4.What’s the degree of ?

  32. The greatest degree of any of the terms in the polynomial is called the ___________________. Ex 3.What’s the degree of ? Ex 4.What’s the degree of ? degree of the polynomial

  33. The greatest degree of any of the terms in the polynomial is called the ___________________. Ex 3.What’s the degree of ? Ex 4.What’s the degree of ? degree of the polynomial

  34. The greatest degree of any of the terms in the polynomial is called the ___________________. Ex 3.What’s the degree of ? Ex 4.What’s the degree of ? degree of the polynomial

  35. The greatest degree of any of the terms in the polynomial is called the ___________________. Ex 3.What’s the degree of ? Ex 4.What’s the degree of ? degree of the polynomial

  36. The greatest degree of any of the terms in the polynomial is called the ___________________. Ex 3.What’s the degree of ? Ex 4.What’s the degree of ? degree of the polynomial

  37. Note: Polynomials are usually written in descending order of degree. Ex 5.Write in descending order of degree.

  38. Note: Polynomials are usually written in descending order of degree. Ex 5.Write in descending order of degree.

  39. Monomials that have the same variables raised to the same exponents are called _______________. Ex 6.Are the following pairs of monomials like terms? and and and and

  40. Monomials that have the same variables raised to the same exponents are called _______________. Ex 6.Are the following pairs of monomials like terms? and and and and like terms

  41. Monomials that have the same variables raised to the same exponents are called _______________. Ex 6.Are the following pairs of monomials like terms? and and and and like terms Yes

  42. Monomials that have the same variables raised to the same exponents are called _______________. Ex 6.Are the following pairs of monomials like terms? and and and and like terms Yes No (first has variable , but second doesn’t)

  43. Monomials that have the same variables raised to the same exponents are called _______________. Ex 6.Are the following pairs of monomials like terms? and and and and like terms Yes No (first has variable , but second doesn’t) No (first has , but second only has )

  44. Monomials that have the same variables raised to the same exponents are called _______________. Ex 6.Are the following pairs of monomials like terms? and and and and like terms Yes No (first has variable , but second doesn’t) No (first has , but second only has ) No ( and are different variables—caps matters in math!)

  45. Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.

  46. Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.

  47. Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.

  48. Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.

  49. Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________. add

  50. Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________. add coefficients