01 Polynomials, The building blocks of algebra College Algebra.

Slides:



Advertisements
Similar presentations
Lesson 1.2 Calculus. Mathematical model: A mathematical description of a real world situation.
Advertisements

MATH Part 2. Linear Functions - Graph is a line Equation of a Line Standard form: Ax + By = C Slope Intercept Form: y = mx + b m = slope b = y – intercept.
RATIONAL EXPRESSIONS Chapter Quotients of Monomials.
Chapter 6 Polynomials.
Solving Linear Equations
Greatest Common Divisor Exponents Sections 1.2 & 1.3
A POLYNOMIAL is a monomial or a sum of monomials.
1.Be able to divide polynomials 2.Be able to simplify expressions involving powers of monomials by applying the division properties of powers.
4.1 The Product Rule and Power Rules for Exponents
Section 5.1 Polynomials Addition And Subtraction.
An equation is a mathematical statement that two expressions are equivalent. The solution set of an equation is the value or values of the variable that.
Lesson 8.4 Multiplication Properties of Exponents
Chapter 6 Polynomial Functions and Inequalities. 6.1 Properties of Exponents Negative Exponents a -n = –Move the base with the negative exponent to the.
Objectives: To evaluate and simplify algebraic expressions.
Review Topics (Ch R & 1 in College Algebra Book) Exponents & Radical Expressions (P and P ) Complex Numbers (P. 109 – 114) Factoring (p.
Monomials Multiplying Monomials and Raising Monomials to Powers.
Chapter 5: Polynomials & Polynomial Functions
Adding and Subtracting Polynomials Section 0.3. Polynomial A polynomial in x is an algebraic expression of the form: The degree of the polynomial is n.
Polynomials P4.
2nd Degree Polynomial Function
Introduction Polynomials can be added and subtracted like real numbers. Adding and subtracting polynomials is a way to simplify expressions. It can also.
H.Melikian/1100/041 Radicals and Rational Exponents Lecture #2 Dr.Hayk Melikyan Departmen of Mathematics and CS
Evaluating Algebraic Expressions 4-4 Multiplying and Dividing Monomials Math humor: Question: what has variables with whole-number exponents and a bunch.
Warm-Up 1. f( g(x)) = ____ for g(x) = 2x + 1 and f(x) = 4x , if x = 3 2. (f + g)(x) = ____ for g(x) = 3x2+ 2x and f(x) = 3x (f/g)(x)
February 14 th copyright2009merrydavidson. RATIONAL EXPONENTS 1) Anything to a power of zero =. 1 1.
Polynomials. The Degree of ax n If a does not equal 0, the degree of ax n is n. The degree of a nonzero constant is 0. The constant 0 has no defined degree.
Warm Up Simplify the following x + 2x x + 2 – 3x Copyright © by Houghton Mifflin Company, Inc. All rights reserved. 1.
MATHPOWER TM 10, WESTERN EDITION Chapter 3 Polynomials
Sullivan Algebra and Trigonometry: Section R.4 Polynomials Objectives of this Section Recognize Monomials Recognize Polynomials Add, Subtract, and Multiply.
13.01 Polynomials and Their Degree. A polynomial is the sum or difference of monomials. x + 3 Examples: Remember, a monomial is a number, a variable,
5.1&5.2 Exponents 8 2 =8 8 = = = 16 x 2 = x xx 4 = x x x xBase = x Exponent = 2Exponent = 4 Exponents of 1Zero Exponents Anything to the.
Martin-Gay, Intermediate Algebra: A Graphing Approach, 4ed 1 § 5.2 More Work with Exponents and Scientific Notation.
4.5 Quadratic Equations Zero of the Function- a value where f(x) = 0 and the graph of the function intersects the x-axis Zero Product Property- for all.
Problems of the Day Simplify each expression. 1. 9m 2 – 8m + 7m 2 2. (10r 2 + 4s 2 ) – (5r 2 + 6s 2 ) 3. (pq + 7p) + (6pq – 10p – 5pq) 4. (17d 2 – 4) –
6.1 Review of the Rules for Exponents
Warm Up: Simplify. Evaluating expressions 2/20/14 Objectives: – Understand and identify the terms associated with expressions – Determine the degree of.
Warm-up Answers:. Homework Answers: P3 (55-58 all, all, odds, all) /1690.
EXPRESSIONS, FORMULAS, AND PROPERTIES 1-1 and 1-2.
Algebra 2a September 13, 2007 Chapter Five review.
Polynomial Degree and Finite Differences Objective: To define polynomials expressions and perform polynomial operations.
Factoring Quadratic Expressions Lesson 4-4 Part 1
Adding and Subtracting Polynomials
AIM: How do we multiply and divide polynomials?
Polynomials and Polynomial Functions
Chapter 5A: Polynomials
CHAPTER R: Basic Concepts of Algebra
Appendix A Basic Algebra Review
Add, Subtract, Multiply Polynomials
What is a monomial In one variable; is the product of a constant and a variable raised to a non negative integer power. The form is axk a is the constant.
Algebraic Expressions
ALGEBRA 1 UNIT 8 POLYNOMIAL EXPRESSIONS AND FACTORING
Introduction Polynomials can be added and subtracted like real numbers. Adding and subtracting polynomials is a way to simplify expressions. It can also.
Exponents and Polynomials
College Algebra Real Number System, Algebraic Expressions, Exponents, Polynomials, Factoring, Rational Expressions, Radicals, Complex Numbers.
Dividing Monomials.
Polynomials Monomials & Operations
Polynomials Real world connections Business/Financial planning
Complex Numbers Real Numbers Imaginary Numbers Rational Numbers
Objective - To recognize and evaluate variable expressions.
Unit 4 – Polynomials (Basics)
Algebraic Expressions
Dividing Monomials.
Polynomials and Special Products
Add, Subtract, Multiply Polynomials
Warmup.
Section 5.3 Polynomials and Polynomial Functions
Slope intercept form is:
Standard Form and Writing Equations
Matho083 Bianco Warm Up Multiply: 1) (x2) (x3) 2) (3x2) (4x3)
Presentation transcript:

01 Polynomials, The building blocks of algebra College Algebra

Numbers Natural / Counting Integers Rational Irrational 1.1 Underlying field of numbers

Real Numbers Irrational

1.2 Indeterminates, variables, parameters Given: ax 2 + bx + c Usual thought: x = variable a, b, & c = constants

mx + c you may recognize and associate this expression with a linear equation The idea (and warning) is to look for definitions Likewise…

Linear equations Most books teach the following: Slope Intercept Form: Standard Form: Point Slope Form: y = mx + b Ax + By = C y – y 1 = m(x - x 1 )

These are the same types of equations c = pn + d pn + c = d Profit = price*quanity - cost

Pythagorean Theorem is a good example also a 2 + b 2 = c 2 What if we are talking about a: Building = B Ladder = L Ground Distance = G L G B B 2 + G 2 = L 2

Variables Used to represent and unknown quantity or a changing value. x y + 2 3x – 2y mx + b

1.3 Basics of Polynomials Parts –Coefficient –Variable –Terms Monomials Polynomial (multiple terms) 3x 2 y + 4xy Remember you may have definitions

1.4 Working with Polynomials To add or subtract one must have like terms. 3xy + 4xy = 7xy 3xy+4x is in simplified form

Rules of Exponents: MULTIPLICATION Multiply like Bases a m * a n 3 2 * 3 4 Add exponents a m+n = 3 6

Rules of Exponents: Exponents Exp raised to an Exp (a m ) n (3 2 ) 4 Multiply exponents a m*n 3 2*4 = 3 8

Rules of Exponents: DIVISION Divide like Bases amam anan Subtract exponents a m-n = 3 2

Rules of Exponents: Qty raised to an Exp (ab) m (3x) 4 Distribute exponents ambmambm 34x434x4 Quantity to an Exponent

Rules of Exponents: Negative Exp Number raised to a neg Exp a -m 3 -2 = the reciprocal 1 amam =

Degrees of Polynomials Degrees will be dependent on the definition of the variables. The degree is the highest (combined value) of the exponents of one term. Degree of x 2 y = 3 Degree of xy = 2 Therefore the degree of 3x 2 y + 4xy = 3 3x 2 y + 4xy

Degrees of Polynomials Generally speaking, the degree of 3x 2 y + 4xy = 3 How will this change is y is defined as a constant and x is a variable? 3x 2 y + 4xy

Degrees of Polynomials Generally speaking, the degree of 3x 2 y + 4xy = 3 How will this change is y is defined as a constant and x is a variable? The Degree = 2 because 2 is the highest exponent of the VARIABLE 3x 2 y + 4xy

1.5 Examples of Polynomial Expressions What is the degree of f(x)? f(x) = x 6 -3x 5 +3x 4 -2x 3 -2x 2 -x+3 What is the degree? 11x 4 y-3x 3 y 2 +7x 2 y 3 -6xy 4 What is the degree if y is a variable? g(x) = 11x 4 y-3x 3 y 3 +7x 2 y 3 -2xy 4

1.5 Examples of “NOW WHAT” happens…Polynomial Expressions f(x) = x 6 -3x 5 +3x 4 -2x 3 -2x 2 -x+3 g(x) = 11x 4 -3x 3 +7x 2 -2x 1.f(x)+g(x) 2.f(x)g(x) 3.f(g(x))

1.5 Examples of “NOW WHAT” happens…Polynomial Expressions f(x) = x 6 -3x 5 +3x 4 -2x 3 -2x 2 -x+3 g(x) = 11x 4 -3x 3 +7x 2 -2x 1.f(x)+g(x) x 6 -3x 5 +3x 4 -2x 3 -2x 2 -x x 4 -3x 3 +7x 2 -2x x 6 -3x 5 +14x 4 -5x 3 +5x 2 -3x+3 Possible questions.. What is the degree? What is the coefficient of the x cubed term?

1.5 Examples of “NOW WHAT” happens…Polynomial Expressions f(x) = x 6 -3x 5 +3x 4 -2x 3 -2x 2 -x+3 g(x) = 11x 4 -3x 3 +7x 2 -2x 2. f(x)g(x) -- distributive property This could be ugly if one was asked to complete the multiplication (x 6 -3x 5 +3x 4 -2x 3 -2x 2 -x+3 )( 11x 4 -3x 3 +7x 2 -2x)= 11x 10 -3x 9 +7x 8 -2x 7 -33x 9 +9x 8 -21x 7 +6x 6 +33x 8 -9x 7 +21x 6 -6x 5 … what is the degree of the product?

1.5 Examples of “NOW WHAT” happens…Polynomial Expressions f(x) = x 6 -3x 5 +3x 4 -2x 3 -2x 2 -x+3 g(x) = (11x 4 -3x 3 +7x 2 -2x) 3. f(g(x)) (11x 4 -3x 3 +7x 2 -2x) 6 -3(11x 4 -3x 3 +7x 2 -2x) 5 +3(11x 4 -3x 3 +7x 2 -2x) 4 -2(11x 4 -3x 3 +7x 2 -2x) (11x4-3x3+7x2-2x) 2 - (11x4-3x3+7x2-2x) +3 = (11x 4 -3x 3 +7x 2 -2x) 6 - … 11 6 x x x x 6 - … what is the degree?

WebHomework Syntax add subtract multiply divide quantities exponents Be SPECIFIC!!!!! + - * / ( ) ^ Be SPECIFIC!!!!!

WebHomework Syntax 3x 2 y + 4xy 3*x^2*y+4*x*y 4Ab - 5aB 3 4*A*b-5*a*B^3 (Case Sensitive) Quantities ((7+x^2)/(2*z))*y No extra spaces

Free Mathematics Software