Rahul Chacko IB Mathematics HL Revision – Step One Chapter 1.1 – Arithmetic sequences and series; sum of finite arithmetic series; geometric sequences and series; sum of finite and infinite geometric series. Sigma notation. Arithmetic Sequences Definition: An arithmetic sequence is a sequence in which each term differs from the previous one by the same fixed number: {un} is arithmetic if and only if u n 1 u n d . Information Booklet u n u1 n 1d Proof/Derivation: u n 1
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CHAPTER-I FINANCIAL STATEMENTS LEARNING OBJECTIVES After studying this chapter‚ you will be able to: • Explain the meaning of financial statements of a company; • Describe the form and content of balance sheet of a company; • Prepare the Balance Sheet of a company as per Schedule VI Part I of the Companies Act 1956. • Know the major headings under which the various assets and liabilities can be shown. • Explain the meaning‚ objectives and limitations of analysis using accounting
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zeros‚ construct the polynomial function‚ f(x)‚ that will be the path of your roller coaster. Show all of your work. Answer: To create the polynomial function‚ we would need to find the three roots to create factors. The roots would be the x-coordinates‚ 6‚ -2‚ and -7 so the factors are x-6‚ x+2 and x+7. Now multiple x-6 and x+2 to get x^2-4x-12. Take that answer and multiply it by the third factor‚x+7 and it would result with x^3+x^2-28x-12x-84. Combine like terms and the polynomial function is f(x)
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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 [ ]) ;
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situation where (1) the more sales that a company can generate for each dollar of resources applied in running the business‚ (2) and/or the more profit a company earns on each dollar of sales‚ (3) the greater will be the ROI. b. If we divide users of financial ratios into-short-term lenders‚ long-term lenders‚ and stockholders‚ which ratios would each group be most interested in‚ and for what reasons. The DuPont analysis system also is applied to assess ROE. ROE‚ in the context of the DuPont analysis
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_____________________________ Date: _______ Year and Section: ____________________ Score: ______ MULTIPLE CHOICE : Write the letter of the correct answer on the space provided before each item. KNOWLEDGE ______ Which of the following value of k would make the polynomial a perfect square trinomial? A. 7 B. 8 C. 40 D. 49 ______What number must be added to in order to make it a perfect square trinomial? A. B. C. D. _____Which of the following is not a perfect square trinomial? A. C. B.
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CHAPTER ONE Introduction 1.1 Origin of the Report The concept of function is rightly considered as one of the most important in all of mathematics. As the point‚ the line‚ and the plane were the basic elements of Euclidean geometry‚ the dominant theory from the time of Ancient
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and may be changed by the instructor at any time. 1. DESCRIPTION a) This course is a study of elementary algebra‚ which will include the set of real numbers‚ linear sentences‚ linear functions and their graphs‚ and operations and factoring with polynomials. b) MATH 0989 is a first semester developmental course which will prepare the student for MATH 1111 and its co-requisite course MATH 0999. c) To do well in the course‚ one must practice many problems outside of class‚ ask questions in class until
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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 < 0‚ then x has no real value * x² = n if n > 0‚ then x = ± n * ax² + bx = 0 x = 0‚ x = -b/a
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Math 135 Final Exam Study Guide The graph of a function is given. Follow the directive(s). 1) y 5 (0.5‚ 2) (3.5‚ 2) 5 (6‚ -1.1) x -5 (-5‚ -3) (-4‚ -3) -5 (a) List all the intervals on which the function is increasing. (b) List all the intervals on which the function is decreasing. (c) List all the intervals on which the function is constant. (d) Find the domain. (e) Find the range. (f) Find f(-5). (g) Find f(6). (h) Find x when f(x) = 0. (i) Find the x-intercept(s). (j) Find the y-intercept(s)
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