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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: .
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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:
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
Why isn’t a monomial? Why isn’t a monomial?
Why isn’t a monomial? Why isn’t a monomial? Variables divided, not multiplied
Why isn’t a monomial? Why isn’t a monomial? Variables divided, not multiplied Has addition/subtraction
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.
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
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
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
A monomial or a sum of monomials is called a ___________________. ex:
A monomial or a sum of monomials is called a ___________________. ex: polynomial
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: )
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
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
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
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
(See example at top of page again) ex: trinomial
(See example at top of page again) ex: trinomial binomial
(See example at top of page again) ex: trinomial binomial trinomial
(See example at top of page again) ex: trinomial binomial trinomial binomial
(See example at top of page again) ex: trinomial binomial trinomial binomial monomial
(See example at top of page again) ex: trinomial binomial trinomial binomial monomial monomial
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 ?
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
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
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
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
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
Note: Polynomials are usually written in descending order of degree. Ex 5.Write in descending order of degree.
Note: Polynomials are usually written in descending order of degree. Ex 5.Write in descending order of degree.
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
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
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
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)
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 )
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!)
Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.
Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.
Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.
Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________.
Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________. add
Let’s simplify the algebraic expression : When combining like terms, we can just ______ their _____________________. add coefficients