"Financial Polynomials" Essays and Research Papers

  • Financial Polynomials

     Financial Polynomials Ashford University Abstract In this paper I will be demonstrating how to use financial polynomials with a few expressions from the textbook “Elementary and Intermediate Algebra”. I will not only show the problem, but also will also break the expression down showing all mathematical work, and provide reasoning of how anybody can apply this theory to everyday life. In the paper there will be the following words: FOIL, like terms, Descending order, Dividend, and...

    Algebra, Coefficient, Elementary algebra 665  Words | 3  Pages

  • Financial Polynomials

     How do we solve a Financial Polynomials? Mishell Baker MAT221: Introduction to Algebra Pro: Mariya Ivanova November 23, 2013 How do we solve a Financial Polynomials? When solving for Financial Polynomials I need to use the formula P (1 + r/2)2. I will be able to calculate how much interest my money will collect over a 1 year period. Then I can further figure out if I will have enough money over a longer period of time, to purchase my new item. I will use $200 at 10% interest...

    Abstract algebra, Algebra, Elementary algebra 644  Words | 3  Pages

  • Polynomials

    POLYNOMIAL FUNCTIONS ACTIVITY NCTM Addenda Series/Grades 9-12 The Park and Planning Commission decided to consider three factors when attempting to improve the daily profits at their sports facility: ❖ The number of all-day admission tickets sold ❖ The cost of operating the facility ❖ The price of each all-day admission ticket After carefully analyzing their operating costs, they found that it would be impossible to cut them further. Daily Operating Costs ...

    Admission to an event or establishment, Polynomial, Ticket 507  Words | 3  Pages

  • Algebra and Polynomial Expression

     Financial Polynomials Tabitha Teasley Math 221: Introduction to Algebra Regina Cochran March 22, 2014 There are many times in our life that we need to buy something big and expensive. In order to afford or buy these item, such as cars, trucks, and houses, we need to invest or save our money over time for that particular goal. Knowing how much money we need to begin with initially for an investment...

    Abstract algebra, Algebra, Elementary algebra 679  Words | 5  Pages

  • Polynomials: Algebra and Point

     Financial Polynomials Polynomials have been used for many centuries to aid individuals with budgeting or expense planning. The use of algebraic functions has been very important in our normal day to day operations especially when it comes to the business field. Therefore, in this paper I will reveal how polynomials can be very beneficial to everyday lives dealing with finance. The first thing is to find the proper algebraic formula to solve the equation. P(l+ r)^2 The given expression ...

    Algebra, Coefficient, Constant term 737  Words | 5  Pages

  • MAth polynomial

    Math 1 Quiz # 3 Third Quarter Adding and Subtracting Polynomials July 28, 2011 Name:Von Clifford N. Opelanio Score:___________________ Yr.& Section:7-St.Therese Parent’s Signature:______________ I. Add the following polynomials: 1-2. 3-4. 5-6. = -5m + 2n ...

    Addition, Elementary arithmetic, Integer 476  Words | 7  Pages

  • Coefficient and Polynomial

    Lesson 03.01: Review of Polynomials Types of Expressions Type Definition Example Monomial An expression with one term 5x Binomial An expression with two terms g + 3 Trinomial An expression with three terms m2 + m + 1 Polynomial An expression containing four or more terms a5 – 3a4 – 7a3 + 2a – 1 Polynomial Arrangement A polynomial in descending order is written with the terms arranged from largest to smallest degree. Example: s3 – s2 + 3s – 7 A polynomial in ascending order is written...

    Addition, Algebra, Binomial coefficient 977  Words | 6  Pages

  • Polynomials and Real Numbers

    Polynomial The graph of a polynomial function of degree 3 In mathematics, polynomials are the simplest class of mathematical expressions (apart from the numbers and expressions representing numbers). A polynomial is an expression constructed from variables (also called indeterminates) and constants (usually numbers, but not always), using only the operations of addition, subtraction, multiplication, and non-negative integer exponents (which are abbreviations for several multiplications by the same...

    0, Addition, Integer 1524  Words | 4  Pages

  • Polynomials

    ISSUED BY KENDRIYA VIDYALAYA - DOWNLOADED FROM WWW.STUDIESTODAY.COM Chapter - 2 (Polynomials) Key Concepts Constants : A symbol having a fixed numerical value is called a constant. Example : 7, 3, -2, 3/7, etc. are all constants. Variables : A symbol which may be assigned different numerical values is known as variable. Example : C - circumference of circle r - radius of circle Where 2 & are constants. while C and r are variable Algebraic expressions : A combination of constants and variables...

    Algebra, Complex number, Elementary algebra 988  Words | 8  Pages

  • Class 10 Maths Polynomials Notes

    Class X Mathematics Chapter 2: Polynomials Chapter Notes Top Definitions 1. A polynomial p(x) in one variable x is an algebraic expression in x of the form p(x) = anxn  an1xn1  an 2 xn 2  ........  a2 x2  a1x  a0 , where (i) a0 , a1, a2......an are constants (ii)x is a variable (iii) a0 , a1, a2......an are respectively the coefficients of xi. (iv) Each of anxn  an1xn1, an 2 xn 2 ,........a2 x 2 , a1x, a0 , with an  0, is called a term of a polynomial. 2. 3. 4. The highest exponent...

    Algebra, Complex number, Degree of a polynomial 815  Words | 4  Pages

  • Polynomial and Ans

    UNIT-2 POLYNOMIALS It is not once nor twice but times without number that the same ideas make their appearance in the world. 1. Find the value for K for which x4 + 10x3 + 25x2 + 15x + K exactly divisible by x + 7. (Ans : K= - 91) 4 4 2 Ans: Let P(x) = x + 10x + 25x + 15x + K and g(x) = x + 7 Since P(x) exactly divisible by g(x) ∴ r (x) = 0 x 3 + 3 x 2 + 4 x − 13 now x + 7 x 4 + 10 x 3 + 25 x 2 + 15 x + K x 4 + 7 x3 ------------3x3 + 25 x2 3x3 + 21x2 ------------------4x2 +...

    Addition, Degree of a polynomial, Polynomial 1366  Words | 15  Pages

  • week 4 Assigment

     Financial Polynomials MAT 221 Introduction to Algebra Instructor: Neal Johnson April 7, 2013 Problem 1 p=200 r=10 n=1 p(1+r)1 Reorder the polynomial 1+r alphabetically from left to right, starting with the highest order term. p(r+1) Multiply p by each term inside the parentheses. pr+p Replace the variable r with 10 in the expression. p(10)+p Replace the variable p with 200 in the expression. (200)(10)+(200) Divide 200 by 10 to get 20. This...

    Algebra, Division, Elementary arithmetic 259  Words | 3  Pages

  • Financing Polynomials

     Financial Polynomials Shatara Williams MAT221: Introduction to Algebra Instructor: Deshonda Stringer March 2, 2014 FINANCIAL POLYNOMIALS The assignment that I will be discussing is financial polynomials. The use of financial polynomials is used in the real world all the time. Financial polynomials are really important because it is an easy way for you to figure out how much you need to be able to plan a trip, retirement, or a college fund. Using the formula p (1+r/2)...

    Algebra, Demonstration, Division 431  Words | 2  Pages

  • guide to tut

    statements into one statement. db1_arr[i] = data ; ++ i ; 6. We can represent a real polynomial p(x) of degree 3 using an array of the real coefficients a0, a1, a2 and a3. p(x) = a0x3 + a1x2 + a2x + a3 Write a function get_poly that inputs a polynomial of degree 3. It fills the double array of coefficients, coeff [ ], with inputs from the user. Also write a function poly that evaluates the polynomial at a given value of x. Use the following prototypes. void get_poly (double coeff [ ]) ; ...

    Array, Exponentiation, Integer 832  Words | 4  Pages

  • Math 123 Essay

    “FOIL” consist of multiplying the two, two term polynomials together by the first terms, the outer terms, the inner terms, and finally the last two terms. Once you “FOIL” the two term polynomials together you should get: 16 – 8x + x2. Keep in mind you still have parts of the original equation that should be incorporated into the new equation. The new equation is = 2(16 – 8x + x2) – 5. Next you will want to distribute the two into the new three term polynomial, which gives you 32 – 16x + 2x2 – 5. Distributing...

    Distribution, Distributor, Final Solution 891  Words | 3  Pages

  • Polynomials and Polynomials Functions Formal

    International School Of Panama Algebra Polynomials and Polynomials Functions Laura D. Rosas M. VII Galileo Galilei Prof. Ángel F. Torralba 30.10.12 Index 1. Introduction 2. Area of Investigation 3. Problem 4. Bank Collection Data 5. Hypothesis 6. Argumentation 7. Conclusion 8. Recommendation 9. Illustration 10. Bibliography 11. Evaluation Sheet 1. Introduction In this formal investigation we’re talking about polynomials and its functions in addition, subtraction...

    Addition, Algebra, Coefficient 1813  Words | 10  Pages

  • Teaching Factoring While Utalizing the Four Families of Teaching Models

    and a student who scored at a mid-level. The groups will work together to complete several factoring problems. At this point I will re-introduce the algebra tiles to the class. (Algebra tiles were used in the previous discussion of multiplying polynomials.) Each group will have a set of algebra tiles and will be responsible for factoring a set of problems using the tiles. The groups will be instructed to number themselves from 1 – 3. For the first 3 problems the number 1’s will be the recorders...

    2, Classroom, Education 1131  Words | 3  Pages

  • Geometry in Real Life

    ------------------------------------------------- Polynomial long division From Wikipedia, the free encyclopedia In algebra, polynomial long division is an algorithm for dividing a polynomial by another polynomial of the same or lower degree, a generalised version of the familiar arithmetic technique called long division. It can be done easily by hand, because it separates an otherwise complex division problem into smaller ones. Sometimes using a shorthand version called synthetic division is...

    Division, Field, Integer 718  Words | 3  Pages

  • Mod. 7 Review

    module, you learned about polynomials and how to perform various operations on them. This is your opportunity to review all of the concepts from this module to prepare for your Discussion Based Assessment and Module 7 Test. Introduction to Polynomials: Lesson 07.01 Polynomials are a specific type of mathematical expression that have: * one or more terms * variables with only positive whole number exponents * no variables in the denominators of each term Polynomials are classified based...

    Algebra, Coefficient, Elementary arithmetic 1296  Words | 6  Pages

  • China Population Trends Practice Math Ia

    find that the trend line that fits the best is the polynomial trend line, which is displayed in the graph down below. If we were to analytically develop one model function to determine if the polynomial trend line is indeed the most accurate fit, I would propose creating a system of equations. Before jumping to far ahead, we need to make it clear the equation we are going to be analyzing. We will use the equation given to us by the polynomial trend line which is: y= ax2 + bx +c and the reason...

    Differential equation, Exponential growth, Graph theory 1437  Words | 5  Pages

  • Pre Calc Checkup 3

    Checkup: Polynomial Expressions Answer the following questions using what you've learned from this unit. Write your responses in the space provided, and turn the assignment in to your instructor. State the degree of each polynomial. 1. _6_ 2. _10_ 3. _3_ Classify each expression as a polynomial or not. If the expression is a polynomial, name it according to its degree and its number of terms. 4. Not a Polynomial 5. Quintic Polynomial 6. Not a Polynomial ...

    Algebra, Coefficient, Infinity 241  Words | 5  Pages

  • Types of Function

                                               e.g.    * Polynomial Function:             A function of the form Where 'n' is a positive integer and are real number is called a polynomial function of degree 'n'. * Linear Function:             A polynomial function with degree '' is called a linear function. The most general form of linear function is                                                                  * Quadratic Function:             A polynomial function with degree '2' is called...

    Complex number, Derivative, Elementary algebra 355  Words | 3  Pages

  • Algebra

    adding a number who's value we don't yet know. Term: A term is a number or a variable or the product of a number and a variable(s). An expression is two or more terms, with operations between all terms. Polynomial: Mathematical sentence with "many terms" (literal English translation of polynomial). Terms are separated by either a plus (+) or a minus (-) sign. There will always be one more term than there are plus (+) or minus (-) signs. Also, the number of terms will (generally speaking) be one higher...

    Algebra, Elementary algebra, Exponentiation 2220  Words | 7  Pages

  • Dede

    Name _______________________________________ Date __________________ Class __________________ Homework Unit 8 Day 3 Factoring by GCF Factor each polynomial. Check your answer. 1. x2  5x x(___ ___) 2. 5m3  45 ___ (___  9) 3. 15y3  20y5  10 ___ (3y3  4___ ___) 4. 10y2  12y3 ________________________ 5. 12t 5  6t ________________________ 6. 6x4  15x3  3x2 ________________________ 7. A golf ball is hit upward at a speed of 40 m/s. The expression 5t2  40t gives the...

    Algebra, Expression, Geometry 283  Words | 3  Pages

  • Flfi; J

    Unit 1. MATHS 1. INVESTIGATORY PROJECT TOPIC : POLYNOMIAL a) Find the possible numbers of zeroes in linear, quadratic ,cubic and bi-quadratic polynomial with atleast five polynomial each. Draw graph for each case. What is your observation and what is the utility of your research? Do the Work-Sheet printed overleaf b) Examples of each polynomial will be given . Find the possible numbers of zeroes in given linear, quadratic and cubic polynomial and write three more examples of each and write their...

    Algebra, Mathematics, Mathematics in medieval Islam 498  Words | 3  Pages

  • Algebra 2 Christmas Story - "Ticking Clock During Christmas"

    the entire town did. Everyone in the town was so scared that they didn’t know what to do. Vertex then finally decided to go find a definite and accurate solution. He asked their town’s chief, Polynomial Function, for the best advice he can give to Vertex so that the time will rotate normal again. Polynomial Function advised him, “Our town had been cursed by unknown witch ever since. It occurs every ten years. In order to break that curse, you must find all the six presents that are scattered around...

    Christmas Eve, Complex analysis, Complex number 1075  Words | 3  Pages

  • Table Top Worksheet

    expression that simplifies to a single variable x? There are 3 different ways to write complicated algebraic expressions. 4) Write your own complicated algebraic expression that simplifies to a single variable x. Make sure you need at least 2 polynomial identities to simplify it. Then simplify your expression to prove that it simplifies to a single variable x. Factoring 9x^2+27x-3 All are divisible by 3 GCF=3 1/3 (9x^2+27x-3) 9x^2 / 3 + 27x /3 -3/3 = 3x^2 + 9x – 1 9x^2 + 27x – 3=...

    Algebra, Expression, Function 476  Words | 6  Pages

  • waking up

    Overview Week 2: Functions Review Week 3: Complex Numbers Week 4: Quadratic Equations Week 5: Quadratics II Week 6: Polynomial Division, the Remainder Theorem, the Factor Theorem Week 7: Integer and Rational Roots Week 8: Proof by Contradiction and Irrational Roots Week 9: Vieta's Formulas Week 10: Multivariable Polynomials Week 11: Advanced Strategies for Polynomials Week 12: Arithmetic and Geometric Sequences and Series Week 13: Advanced Sequences and Series Week 14: Induction Week...

    Algebra, Elementary algebra, Indian mathematics 636  Words | 3  Pages

  • Pre Calc Checkup 3

    Name: Date: Graded Assignment Checkup: Solving Polynomial Equations Answer the following questions using what you've learned from this lesson. Write your responses in the spaces provided, and turn the assignment in to your instructor. List all possible rational zeros for each polynomial function. 1. -3, 2, 5 2. -12, 17. 27 Use Descartes' rule of signs to describe the roots for each polynomial function. 3. Two sign changes = Two or no positive roots m(-x) = (-x)3...

    Complex number, Elementary algebra, Equation 192  Words | 5  Pages

  • Revising In Mathematics IV

    answer. I. MULTIPLE CHOICES Directions: Read the following test items carefully. Write the letter of the correct answer. 1. Which of the following is a polynomial function? a. P(x) = 3x-3 – 8x2 + 3x + 2 c. P(x) = 2x4 + x3 + 2x + 1 b. P(x) = x3 + 4x2 + – 6 d. G(x) = 4x3 – + 2x + 1 2. What is the degree of the polynomial function f(x) = 5x – 3x4 + 1? a. 2 c. 4 b. 3 d. 5 3. What will be the quotient and the remainder when y = 2x3 – 3x2 – 8x + 4 is...

    Coefficient, Division, Integer 1071  Words | 5  Pages

  • c1 content maths

    quadratic equations, the discriminant, graphs of quadratic functions. C1.3 Algebra and functions 3 Linear simultaneous equations, simultaneous equations involving one linear and one quadratic equation, linear inequalities, quadratic inequalities, polynomials. C1.4 Algebra and functions 4 Plotting and sketching graphs, graphs of functions, using graphs to solve equations, transforming graphs of functions. C1.5 Coordinate geometry The distance between two points, the mid-point of a line segment, calculating...

    Calculus, Derivative, Elementary algebra 828  Words | 4  Pages

  • Assigment

    Multiply or divide. Write your answer in scientific notation. 5) (3.6 ( 104)(1.5 ( 108) 6) 5.5 Polynomials Identify as a monomial, binomial, trinomial or polynomial. Give the coefficient of each term. 1) –x3 + 5x4 – 3 2) 12x2y3z5 ...

    Addition, Algebra, Coefficient 326  Words | 5  Pages

  • Math 73

    not considering further study in the sciences, technology, engineering or mathematics. In the context of studying basic functions and their graphs, students strengthen and expand their algebra skills. Functions studied include linear, quadratic, polynomial, rational, and radical functions, as well as the absolute value function. Particular emphasis is placed on the operations on functions, solving equations and inequalities, as well as using functions to model real life situations. Other topics include...

    Absolute value, El Camino College, Elementary algebra 1433  Words | 7  Pages

  • Algebra: Real Number and Review Chapter Test

    Chapter Review Chapter Test Chapter 8: Polynomials Lesson 1. Exponents Lesson 2. Zero and Negative Exponents Lesson 3. Adding and Subtracting Polynomials Lesson 4. Multiplying Monomials Lesson 5. Powers of Monomials Lesson 6. Multiplying Monomials and Polynomials Lesson 7. Multiplying Polynomials Chapter Review Chapter Test Chapter 9: Factoring Lesson 1. Factors of Integers Lesson 2. Dividing Monomials Lesson 3. Monomial Factors of Polynomials Lesson 4. Multiplying Binomials Lesson...

    Elementary algebra, Equations, Integer 631  Words | 5  Pages

  • Subtraction and Addition of Algebraic Expressions

    Subtraction and Addition of Algebraic Expressions Math 11 Objectives The student should be able to: Determine the degree of a polynomial Identify the fundamental operations of polynomials Definition of Terms Algebraic expression is an expression involving constants and or variable, with all or some of the algebraic operations of addition, subtraction, division and multiplication Definition of Terms Components of an Algebraic Expression Constant term: fancy name for a number ...

    Abstract algebra, Addition, Algebra 851  Words | 6  Pages

  • Gegenbauer polynomials revisited

    GEGENBAUER POLYNOMIALS REVISITED A. F. HORADAM University of New England, Armidale, Australia (Submitted June 1983) 1. INTRODUCTION The Gegenbauer (or ultraspherical) polynomials Cn(x) (A > -%, \x\ < 1) are defined by c\(x) = 1, c\(x) = 2Xx (1.1) with the recurrence relation nC„{x) = 2x(X + n - 1 ) < ^ - I O 0 - (2X + n - 2)CnA_2(^) (w > 2) . (1.2) Gegenbauer polynomials are related to Tn(x), the Chebyshev polynomials of the first kind, and to Un(x)...

    Chebyshev polynomials, Gegenbauer polynomials, Generating function 470  Words | 7  Pages

  • Data Collection Activities in Algebra 1

    calculator. Mathematics Teacher, 86, (9), 741-43. Example 2 Use of Algebra Tiles to Enhance the Concept Development of Operations on Polynomials and Factoring in Ninth Grade Algebra Students The purpose of this action research project is to find out if the use of Algebra Tiles will enhance the concept development of operations on polynomials and factoring in ninth grade algebra students. Mathematics teachers are guided by the Arkansas State mathematics Framework. The following...

    Algebra, Education, Elementary algebra 1701  Words | 5  Pages

  • Elgebra Math 10

    Formulas 1 Area = LW Perimeter = 2L + 2W Area = 2bh Circumference = 2πr = πd Area = π�� 2 Volume = LWH Surface area= 2LW+ 2LH+2WH Volume= π�� 2 ℎ =π�� 2 ℎ + 2πrℎ Surface area= Volume= 3 ���� 3 4 Surface area=4π�� 2 Polynomials Special Products Difference of two squares ( �� + �� )2 = �� 2 + 2���� + ��2 ( �� − �� )2 = �� 2 − 2���� + ��2 ( x – a )( x + a ) = �� 2 − ��2 Squares of binomials or perfect squares ( �� + �� )3 = �� 3 + 3���� 3 + 3��2 �� + ��3 (...

    Addition, Elementary algebra, Integer 592  Words | 7  Pages

  • syllabi

    function, Solve inequalities involving rational functions including such involving absolute value, Understand the basic principles of elementary analytic geometry; Graph and analyze the equations of quadratic functions; Demonstrate a knowledge of polynomial, rational, exponential, logarithmic and trigonometric functions, including their definition, domain, graphs, operations and inverses; Solve systems of linear and simple non linear equations; Solve simple equations involving trigonometric expressions...

    Complex number, Derivative, Exponentiation 921  Words | 4  Pages

  • Pre Calc Checkup 3

    Name: Date: Graded Assignment Checkup: Graphing Polynomial Functions Answer the following questions using what you've learned from this unit. Write your responses in the space provided, and turn the assignment in to your instructor. For problems 1 – 5, state the x- and y-intercepts for each function. 1. x-intercept: (0, 0), (-4, 0), (0, 0) y-intercept: (0, 0) 2. x-intercept: (1, 0) (0, 0) (-4, 0) y-intercept: (0, 4) 3. x-intercept: (-1, 0) (0, 0) (0, 0) y-intercept: (0, 0) ...

    Calculus, Function, Graph of a function 240  Words | 8  Pages

  • Algebraic Expression

    is written ),[5] and, when the exponent is zero, the result is always 1 (e.g. is always ) Rational expressions A rational algebraic expression (or rational expression) is an algebraic expression that can be written as a quotient of polynomials, such as x2 + 4x + 4. An irrational algebraic expression is one that is not rational, such as √x + 4. 1. Algebraic Expression: An expression consisting of arithmetic numbers, letters (used as symbols) and operation signs is called an Algebraic...

    Addition, Algebra, Coefficient 1335  Words | 6  Pages

  • Robotic Arms

    62 Chapter 2: Polynomial Functions 75 Lesson 8—Linear Functions 76 Lesson 9—Quadratic Functions 86 Lesson 10—Graphing Quadratic Functions 95 Lesson 11—Monomial Functions 106 Lesson 12—More Complicated Polynomial Functions 117 Lesson 13—Finding Zeros of a Complicated Polynomial 130 Lesson 14—More on Zeros of Polynomials 139 Lesson 15—Complex Zeros 150 Lesson 16—Graphing with a Calculator 158 Chapter 3: Rational Functions 169 Lesson 17—A Ratio of Polynomials 170 Lesson...

    Complex number, Euler's formula, Inverse function 632  Words | 7  Pages

  • Regression Analysis and Change

    β2 = 0, β3 = 0. Contest Quiz 6 · Question Sheet MPO1, Michaelmas 2011 3 (vii) In the model Yi = β0 + β1 X1 + β2 X2 + β3 (X1 × X2 ) + ui , the expected effect ∆Y ∆X1 is (a) β1 + β3 X2 . (b) β1 . (c) β1 + β3 . (d) β1 + β3 X1 . Question 3: Polynomials (i) You have estimated the following equation: TestScore = 607.3 + 3.85Income − 0.0423Income2 , where TestScore is the average of the reading and math scores on the Stanford 9 standardized test administered to 5th grade students in 420 California...

    Constant, Econometrics, Errors and residuals in statistics 1484  Words | 4  Pages

  • SORPTION BEHAVIOR OF HIBISCUS CANNABINUS L. CORE IN SIMULATED BUNKER OIL C – SEAWATER MIXTURE

    Philppines, 1004 Keywords: Kenaf; mathematical equation; quantifying sorbent capacity; oil spill; sorbent; sorption ABSTRACT Sorption using natural sorbents is an alternative method of oil spill treatment. This research proposed a polynomial equation that described the sorption behavior of Hibiscus cannabinus L. core in Bunker Oil C-seawater mixtures. This equation may be applied for oil concentrations of 0.001 to 0.003 mL oil/mL mixture and for a contact time of 15.00 to 120.00 min...

    Completing the square, Elementary algebra, Equation 1870  Words | 7  Pages

  • multiplying polynomials

    4.5 Multiplying Polynomials In this case, both polynomials have two terms. You need to distribute both terms of one polynomial times both terms of the other polynomial. One way to keep track of your distributive property is to Use the FOIL method. Note that this method only works on (Binomial)(Binomial). F First terms O Outside terms I Inside terms L Last terms As mentioned above, use the distributive property until every term of one polynomial is multiplied times every...

    Algebra, Coefficient, Elementary algebra 286  Words | 2  Pages

  • Math Iv Psslc

    the function * table of values * graph 1.9 Solve problems involving quadratic functions and equations D. Polynomial Functions 1. Demonstrate knowledge and skill related to polynomial functions 1.1 Identify a polynomial function from a given set of relations 1.2 Determine the degree of a given polynomial function 1.3 Find the quotient of polynomials by: * algorithm * synthetic division 1.4 Find by synthetic division the quotient and the remainder...

    Derivative, Euler's formula, Inverse function 1362  Words | 7  Pages

  • Cszxsacsscac

    5620.3x – 11 164 a) What type of non-linear regression was performed to generate this equation? Polynomial, degree 4. b) Perform this regression and determine the coefficient of determination. Plot the curve through the data points. Is this an effective model? Explain why or why not. R2 = 1 This is an ineffective model as there are only five points, so a 4th degree polynomial regression will result in a perfect fit every time, regardless of whether it would model a larger number...

    Better, Curve fitting, Linear regression 748  Words | 3  Pages

  • Partial Fraction

    (x), the method of partial fractions seeks to break this rational function down into the sum of simpler rational functions. In particular, we are going to try to write the original function as a sum of rational functions where the degrees of the polynomials involved are as small as possible. The steps in the partial fractions method are as follows: 1. Make sure that the degree of the numerator is less than the degree of the denominator. (Below we will see what to do when that is not true.) 2. Factor...

    Algebra, Division, Egyptian fraction 1508  Words | 7  Pages

  • Jack of All Trades

    decreasing. g. Find the intervals over which f is constant. h. Find any points of discontinuity. a. F(x) is a parabola so f(x) = ax2+bx+c and the domain of all polynomials are real numbers because f(x) can be computed for every x real. The domain is R. b. Vertex is (1,4) and f has a maximum there, then f(x)< for every x real and for every y< we can find x/f(x) = y. The range is -00,4) c. The x-intercepts...

    Algebra, Elementary mathematics, Function 452  Words | 3  Pages

  • Maths Diagnostics

    B) 5 C) 13 D) 19 (10) If C is the midpoint of segment AB in the figure shown, then the coordinates of C are A) (7/2*7/2) y A (0,7) B) (6*7/2) C C) (19/2*7/2) B (12,0) D) (19*7/2) x Arithmetic (1) (0.12)2 = A) 0.00144 B) 0.0144 C) 0.144 D) 0.24 Polynomials (2) One of the factors of x2 - x - 6 is A) x + 3 B) x + 2 C) x - 1 D) x - 2 Linear Equations and Inequalities (3) If 6x - 3 = 8x - 9, then x = A) - 6 B) - 3 C) 3 D) - 6/7 Quadratic Equations (4) What are the possible values of x such that 3x2 -...

    Algebra, Elementary algebra, Equation 1343  Words | 4  Pages

  • Andreev Kapliy

    Young’s module lets to arrive to a more accurate solution. © 2014 The Authors. Published by Elsevier Ltd. Selection and peer-review under responsibility of the organizing and review committee of 23RSP. Keywords: sphere, Fourier series, Legendre polynomial, stress-strain state, inhomogeneity. 1. Introduction In most constructions, which are used nowadays, elements have unchanged geometrical shape along the whole length as well as constant mechanical-and-physical properties. Stresses in such constructions...

    Boundary value problem, Concrete, Differential equation 833  Words | 5  Pages

  • Math

    Average Rate of Change Algebra of Functions, Composition and Difference Quotient Composition and Difference Quotient Synthetic Division, Remainder and Factor Theorems, Zeros of a Polynomial Zeros of a Polynomial Graphing Polynomials, Graphing Rational Functions Additional Insights into Rational Functions Polynomial and Rational Inequalities One-to-One and Inverse Functions, Exponential Functions Exponential Functions, Logarithms and Logarithmic Functions More Logarithms Properties of Logarithms...

    1967, 1970, 1982 2012  Words | 6  Pages

  • Quadratic Equation

    Quadratic Equation: Quadratic equations have many applications in the arts and sciences, business, economics, medicine and engineering. Quadratic Equation is a second-order polynomial equation in a single variable x. A general quadratic equation is: ax2 + bx + c = 0, Where, x is an unknown variable a, b, and c are constants (Not equal to zero) Special Forms: * x² = n if n &lt; 0, then x has no real value * x² = n if n &gt; 0, then x = ± n * ax² + bx = 0 x = 0, x = -b/a ...

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  • ALGEBRA FORMULAS

    Factor Theorem Consider a function f(x). If f(1) = 0 then (x – 1) is a factor of f(x). If f(-3) = 0 then (x + 3) is a factor of f(x). Use of factor theorem can produce the factors of a expression in a trial and error manner. Remainder Theorem If a polynomial f(x) is divided by (x – r) until a remainder which is free of x is obtained, the remainder is f(r). If f(r) = 0 then (x – r) is a factor of f(x). Partial Fraction Case I: Factors of the denominator all linear, none repeated. Case II: Factors of...

    Addition, Elementary algebra, Integer 764  Words | 6  Pages

  • Camshaft

    and parameters of the cam mechanism are determined. The special attention is given to analysis of the cam velocity, damping properties of the camshaft and mass ratio of the follower and cam. As an example the vibrations of the cam mechanism with polynomial cam-curve are investigated. The mechanism consists of a leading element, an elastic cam-shaft, a heavy cam and an elastic follower. The leading force and the force of the follower act. If the shaft which connects the leading system and...

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  • History of Algebra

    1545 in the Ars Magna by Cardano (who did not discover them) is often taken to mark the beginning of the modern period in mathematics. Cardano was the best algebraist of his age, but his algebra was still rhetorical. Subsequent efforts to solve polynomial equations of degrees higher than four by methods similar to those used for the quadratic, cubic, and quartic are comparable to the efforts of the ancient Greeks to solve the three classical construction problems: they led to much good mathematics...

    Algebra, Elementary algebra, Irrational number 2066  Words | 6  Pages

  • Maths Formula

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    Complex number, Elementary special functions, Exponential function 936  Words | 4  Pages

  • A3 Polynomials

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    Addition, Algebra, Arithmetic 8006  Words | 170  Pages

  • Algebra Project Quadratic Equation

    Quadratic formula and its derivation Completing the square can be used to derive a general formula for solving quadratic equations, called the quadratic formula.[5] The mathematical proof will now be briefly summarized.[6] It can easily be seen, by polynomial expansion, that the following equation is equivalent to the quadratic equation: Taking the square root of both sides, and isolating x, gives: Reduced quadratic...

    Elementary algebra, Equation, Equations 727  Words | 5  Pages

  • Solving Proportions

    Since −9 does not contain the variable to solve for, I will move it to the right-hand side of the equation by adding 9 to both sides. −3x=9+4y−4 Simplify the right-hand side of the equation. Subtract from to get Reorder the polynomial alphabetically from left to right, starting with the highest order term. −3x = 4y+5 Divide each term in the equation by −3. −3x−3=4y−3+5−3 Simplify the right-hand side of the equation. Move the minus sign from the denominator...

    Addition, Algebra, Elementary arithmetic 550  Words | 3  Pages

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