Maxima and minima Essays & Research Papers

Best Maxima and minima Essays

  • Final Review - 1001 Words
    Math 242 Additional study problems for the Final Exam – (LL) 1. For the following determine if the integral converges. If the integral converges, compute its value. a. 2. It is estimated that b. c. d. years from now, a certain investment will be generating income at the rate of per year, dispensed continuously. If the income is generated in perpetuity and the prevailing annual interest rate remains fixed at 5% compounded continuously, what is the present value of the investment? 3. Use a)...
    1,001 Words | 4 Pages
  • MAT1300 FInal - 1456 Words
    MAT1300D Solution to Final Examination Fall 2007 Solution to Final Examination MAT1300D, Fall 2007 Part I. Multiple-Choice Questions (30 marks) 1. D 2. 3. E A 4. 5. B C 6. A 7. 8. C E 9. D 10. C 1. Find the equation of the tangent line to the graph of y = 3 x − 1 when x = 4. (A) y = 1 1 3 3 3 x + 1 ; (B) y = x + 3 ; (C) y = x + 7 ; (D) y = x + 2 ; (E) y = x − 1 . 2 2 4 4 4 Solution. y' = 3 . When x =...
    1,456 Words | 24 Pages
  • Dan Apple - 954 Words
    Nguyễn Hà Dân – SB0768 MSSV:SB60543Ho Hoa Binh la sieu di ngua, Ban gai cu cua Hoang Anh chim lonhahahahahaha Find the two lines that are tangent to y = x2- 2x+1 and pass through the point (5,7). Call (d) is the equation of the tangent to y = x2- 2x+1, pass through the point (5,7) and have slope k y – y0 = k(x – x0) y – 7 = k(x – 5) y = kx – k5 + 7 we slove system of equations The two lines that are tangent is: y=8x – 47 y=2x – 17 Find limx→1x-1x2+3-2 3. The...
    954 Words | 4 Pages
  • Maths C1 - 3132 Words
    Paper Reference(s) 6663/01 Edexcel GCE Core Mathematics C1 Bronze Level B1 Time: 1 hour 30 minutes Materials required for examination Items included with question papers Mathematical Formulae (Green) Nil Candidates may use any calculator allowed by the regulations of the Joint Council for Qualifications. Calculators must not have the facility for symbolic algebra manipulation, differentiation and integration, or have...
    3,132 Words | 24 Pages
  • All Maxima and minima Essays

  • Lightlab - 470 Words
    Data Table: ln(k) Uncertainty of ln(k) 1/T Uncertainty of 1/T 0.26136 6% 0.003309 0.0034% -0.10536 6% 0.003301 0.0033% 0.139762 4% 0.003288 0.0032% 0.34359 4% 0.003279 0.0031% 0.625938 3% 0.003266 0.0029% 1.011601 2% 0.003259 0.0029% 1.105257 2% 0.003256 0.0029% 1.348073 1% 0.00325 0.0028% 1.824549 0.81% 0.003213 0.0026% 1) Calculating the uncertainty i) Uncertainty for ln(k) Eg: ln(k)= 0.26136 Uncertainty= ((0.05)/ (0.26136))100...
    470 Words | 9 Pages
  • precalc - 347 Words
    Linear Programing Word on your own graph paper: 1) The liquid portion of a diet is to provide at least 300 calories, 36 units of vitamin A and 90 units of vitamin C daily. A cup of of dietary drink X costs $0.12 and provides 60 calories, 12 units of vitamin A, and 10 units of vitamin C. A cup of dietary drink Y costs $0.15 and provides 60 calories, 6 units of vitamin A, and 30 units of vitamin C. How many cups of each drink should be consumed each day to minimize the cost and still meet the...
    347 Words | 2 Pages
  • Differentiation Questions - 4157 Words
    1. Show that the points (0, 0) and on the curve e(x + y) = cos (xy) have a common tangent. (Total 7 marks) 2. The curve C has equation y = . (a) Find the coordinates of the points on C at which = 0. (4) (b) The tangent to C at the point P(1, 2) cuts the x-axis at the point T. Determine the coordinates of T. (4) (c) The normal to C at the point P cuts the y-axis at the point N. Find the area of triangle PTN. (7) (Total 15 marks) 3. The function f is defined by f(x) =...
    4,157 Words | 19 Pages
  • role of ministry of defence - 320 Words
    Worksheet 21: The Mean Value Theorem Russell Buehler 1. Verify that f (x) = x3 − x2 − 6x + 2 satisfies the hypotheses of Rolle’s theorem for the interval [0, 3], then find all c that satisfy the conclusion. 2. Let f (x) = tan(x). Show that f (0) = f (π), but there is no number c in (0, π) such that f (c) = 0. Is this a counterexample to Rolle’s theorem? Why or why not? 3. Verify that f (x) = x3 − 3x + 2 satisfies the hypotheses of the mean value theorem...
    320 Words | 2 Pages
  • Pasavento Instructions For Zup Pattern
    ZUP - a zigzag universal with patterns Pesavento. A part 1 Introduction Everyone who seriously concerns to work in the financial markets, sooner or later create the individual trading systems. Result of search of the trading system the author of given clause had indicator ZUP - a zigzag universal with patterns Pesavento . From company MetaQuotes Software the offer has acted to write clause about this indicator. I shall try to make it. In...
    6,287 Words | 18 Pages
  • Optimization - 908 Words
    Unit 1 Lesson 1: Optimization with Parameters In this lesson we will review optimization in 2-space and the calculus concepts associated with it. Learning Objective: After completing this lesson, you will be able to model problems described in context and use calculus concepts to find associated maxima and minima using those models. You will be able to justify your results using calculus and interpret your results in real-world contexts. We will begin our review with a problem in which most...
    908 Words | 9 Pages
  • Calculus Exam - 1347 Words
    | | (0, ∞)Question 8 Find the largest open interval(s) where the function is Increasing y = x4 - 18x2 + 81Answer | | (-∞, 0) | | | (-3, 0) | | | (-3, 3) | | | (3, ∞) | Question 9 S(x) = -x3 + 6x2 + 288x + 4000, 4 ≤ x ≤ 20 is an approximation to the number of salmon swimming upstream to spawn, where x represents the water temperature in degrees Celsius. Find the temperature that produces the maximum number of salmon.Answer | | 8°C | | | 20°C | | | 4°C | | | 12°C |...
    1,347 Words | 7 Pages
  • That Crey - 541 Words
    Optimization Note Examples 1. Farmer McDonald has 800 m of fencing and wishes to enclose a rectangular field. One side of the field is against a river and does not need fencing. Find the dimensions of the field if the fenced area is to be a maximum. A county fair has a holding area for prize sheep that are entered in a contest. The holding area is made up of 12 identical pens arranged in a two by six grid. If 100 m of fencing is available, what dimensions of each pen would maximize the total...
    541 Words | 2 Pages
  • B. Sc. Management Math Notes
    MT105a Study Notes – J.Fenech Chapter 1/2 – Basics 1. Basic notations 1.1. Sum of: ∑ 1.2. Product of: ∏ 2. Sets       A = {1,2,3} describes the set A containing members 1, 2, and 3. A={n | n is a whole number and 1≤n≤3} x  A denotes that x is a member of set A S  T denotes that S is a subset of T A  B is the set whose members belong to either set A, set B or both i.e. A  B = {x | x  A or x  B} A  B is the intersection of 2 sets where A  B = {x | x  A and x  B}  denotes an...
    652 Words | 3 Pages
  • Mcv4ua Practice Test - 1111 Words
    Calculus and Vectors MCV4U-A Practice Test Time: 2 hours Total Marks: 101 Final Test Score _____ ÷ 101 × 100 = _____% Instructions • There is a label attached to this page. Compare the course code on the label with the course code printed on the Final Test to make sure that they are the same. Inform the Final Test supervisor immediately if they are not the same. • The Final Test pages are numbered 1 to 13. Check to see that all thirteen pages are attached. Inform the Final Test supervisor...
    1,111 Words | 12 Pages
  • Fins2624 Sample Q - 253 Words
    77. List two types of exotic options and describe their characteristics. Answer: There are five exotic options mentioned in the textbook: • Asian Options have payoffs that depend on the average price of the underlying asset during at least some portion of the life of the option. • Barrier Options have payoffs that depend both on the asset's price at expiration and on whether the underlying asset's price has crossed through some barrier. If the asset's price crosses the barrier the option...
    253 Words | 1 Page
  • Add Maths Sba - 1071 Words
    Ruel Wallace Add Maths S.B.A Mr. Teesdale 5-8 Table of Contents Cover page……………………………………………………………………………………………1 Table of contents…………………………………………………………………………………..2 Title……………………………………………………………………………………………………...3 Problem Statement………………………………………………………………………………..4 Mathematical Formulation…………………………………………………………………….5 Problem Solution…………………………………………………………………………………..7 Application of...
    1,071 Words | 6 Pages
  • nthng - 374 Words
    1. Application inreal life 2. Application of calculus in real life by ?Samiul Ehsan (131-15-2200)“Nothing takes place in the world whose meaning is not that of some maximum or minimum.” --Leonhard Euler 3. What is calculus?? Calculus originally meant “mathematics”.? Derived from the Latin “calx” (counter) – ancient Babylonians would use pebbles to represent units, tens, hundreds, etc, on a primitive abacus.? Later, defined as measuring varying rates of change. 4. Calculus is everywhereThe...
    374 Words | 2 Pages
  • Optical Character Recognition for Cursive Handwriting
    Optical Character Recognition for Cursive Handwriting Nafiz Arica, Student Member, IEEE, and Fatos T. Yarman-Vural, Senior Member, IEEE AbstractÐIn this paper, a new analytic scheme, which uses a sequence of segmentation and recognition algorithms, is proposed for offline cursive handwriting recognition problem. First, some global parameters, such as slant angle, baselines, and stroke width and height are estimated. Second, a segmentation method finds character segmentation paths by combining...
    10,062 Words | 28 Pages
  • Compilation of Solved Problems in Differential Calculus
    Maxima and Minima First Derivative Test 1) We are given the function First, we find the derivative: We set the derivative equal to 0 and solve: Since the domain of f is the same as the domain of f', 4 is the only critical number of f. Testing: x < 4 | f'(0) = -8 | f is decreasing | x > 4 | f'(5) = 2 | f is increasing | By the First Derivative Test, x = 4 is a local minimum. 2) We are given the function First, we find the derivative: We set the...
    2,506 Words | 14 Pages
  • Drug Dosage - 1997 Words
    Name: ______________________________________ Date: ________________________ Student Exploration: Drug Dosage Vocabulary: controlled release, dosage, drug, overdose, target organ Prior Knowledge Question (Do this BEFORE using the Gizmo.) Suppose you take aspirin for a headache. What happens after you swallow the pill? The aspirin starts begins to dissolve by the enzymes and are soaked in while traveling down to the stomach. They then are distributed to the areas that need...
    1,997 Words | 9 Pages
  • 101 2015 3 B
    MAT1581/101/3/2015 Tutorial letter 101/3/2015 Mathematics I (Engineering) MAT1581 Semesters 1 & 2 Department of Mathematical Sciences IMPORTANT INFORMATION: This tutorial letter contains important information about your module. CONTENTS Page 1 INTRODUCTION ............................................................................................................................ 4 1.1 Study Material...
    13,006 Words | 194 Pages
  • Math 104 184 Midterm 2 2012W Practice Q
    Math 104/184 Midterm 2 Review Worksheet 2012W FINAL EXAM: DEC 2011 (Select questions related to Midterm 2 Material) Note: All questions are worth 3 marks unless otherwise stated. 1. Find the x-­‐coordinate of the absolute maximum of f(x) = x 2 − 𝑥 ! on its domain. 2. Find the interval(s) on which f(x) = 𝑥 ! − ln (𝑥)...
    751 Words | 27 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)...
    240 Words | 4 Pages
  • LarCalc10 Ch03 Sec7 - 544 Words
    14-Oct-14 Applications of Differentiation Optimization Problems Copyright © Cengage Learning. All rights reserved. Copyright © Cengage Learning. All rights reserved. Objective  Solve applied minimum and maximum problems. Applied Minimum and Maximum Problems 3 4 1 14-Oct-14 Applied Minimum and Maximum Problems Example 1 – Finding Maximum Volume One of the most common applications of calculus involves the determination of minimum and maximum values. A manufacturer wants to design...
    544 Words | 6 Pages
  • Bullard Houses - 299 Words
    PLANNING DOCUMENT FORM Negotiation: Role: Seller What issues are most important to you? (list in order of importance) 1. Keep houses intact 2. Commercial uses only if tasteful as Grouse´s proposal 3. Avoid bad press 4. Generate good press 5. Maximize sale price What is your BATNA? Reservation Price? Target? BATNA: $ 13 million for 100% of Downtown´s shares or proportional with a minimum of 70% of its shares while commercial uses tasteful as Grouse´s proposal...
    299 Words | 2 Pages
  • Introduction to Operations Research - 1688 Words
    DEPARTMENT OF APPLIED MATHEMATICS BSc Honours in Operations Research and Applied Statistics SMO 1101 Introduction to Operations Research TUTORIAL QUESTIONS 1. List and discuss the six major steps in the quantitative modeling process. 2. What is the difference between a i. descriptive and a normative model? ii. discrete and a continuous variable? 3. Show that the set ℜ n is a convex set. 4. Is the linearity assumption, in LP models, realistic in applications? 5. Print-Rite assembles printers for...
    1,688 Words | 5 Pages
  • Chapter 8 - 491 Words
    Chapter 8 • Question 1 0 out of 3 points A ____ layout is an arrangement based on self-contained groups of equipment needed to produce a particular set of goods or services. Answer Selected Answer: Product Correct Answer: Cellular • Question 2 3 out of 3 points The determination of specific job tasks and responsibilities is called ____. Answer Selected Answer: Job design Correct Answer: Job design • Question 3 3 out of 3...
    491 Words | 5 Pages
  • Multivariable calculus - 4626 Words
    VIETNAM NATIONAL UNIVERSITY-HO CHI MINH CITY INTERNATIONAL UNIVERSITY Chapter 2. Multivariable calculus Calculus 2B for Business Administration Lecturer: Nguyen Minh Quan, PhD Dr. Nguyen Minh Quan (HCMIU-VNU) Chapter 2. Multivariable calculus Summer 2013 1 / 80 Contents 1 Functions of several variables 2 Partial derivatives 3 Maxima and minima. Optimization 4 Constrained Optimization 5 Total differentials and approximations 6 Double...
    4,626 Words | 58 Pages
  • Unit 2 Equivalent Expressions And Quadratic Functions 2013
    MCR3U0: Unit 2 – Equivalent Expressions and Quadratic Functions Radical Expressions 1) Express as a mixed radical in simplest form. a) c) b) e) d) f) 2) Simplify. a) b) d) e) c) f) 3) Simplify. a) b) c) d) e) f) 4) Simplify. a) d) b) e) f) c) For questions 5 to 9, calculate the exact values and express your answers in simplest radical form. 5) Calculate the length of the diagonal of a square with side length 4 cm. 6) A square has an area of 450 cm2. Calculate the side length. 7)...
    4,164 Words | 40 Pages
  • M2 BK1 Ans - 8798 Words
    7 New Progress in Senior Mathematics Module 2 Book 1 (Extended Part) Solution Guide 7 dy 1 = dx x 7.2 Applications of Differentiation dy dx p.219 =1 x =1 Slope of the normal = −1 The equation of the normal is y − 4 = (−1)( x − 1) x+ y −5 = 0 pp.233 – 239 p.233 (a) Even function (b) Odd function (c) Odd function (d) Neither even nor odd (e) Even function (f) Odd function 7.3 xy + x 2 = −9 y= p.220 −9− x x 2...
    8,798 Words | 234 Pages
  • Management Operations - 278 Words
    Teori Related Process-oriented Layout A process-oriented layout can simultaneously handle a wide variety of products or services. It is most efficient when making products with different requirements or when handling customers , patients, or clients with different needs. A process-oriented layout is a layout that deals with low-volume, high-variety production in which like machines and equipment are grouped together. A big advantage of process-oriented layout is its flexibility in equipment...
    278 Words | 2 Pages
  • Assigning Regions to Sales Representatives at Pfizer Turkey
    25/12/2012 IE 251 Assigning Regions to Sales Representatives at Pfizer Turkey Group Members: TABLE OF CONTENTS 1. INTRODUCTION 3 2. WORK CONDUCTED IN CASE STUDY 3 3. Mathematical Model 5 4. SENSITIVITY ANALYSİS 6 5. CONCLUSİON...
    2,017 Words | 9 Pages
  • Simulation with Arena Exercise Chapter 7
    0:35:22 Category Overview เเเเเเ 22, 2013 Homework 7 Replications: 1 Time Units: Minutes Key Performance Indicators System Number Out Average 996 Model Filename: D:\NOOK\Simulation Class\Homework\HW3_07_04\HW3_07_04 Page 1 of 6 0:35:22 Category Overview เเเเเเ 22, 2013 Homework 7 Replications: 1 Time Units: Minutes Entity Time VA Time Part 1 Part 2 Part 3 Part 4 NVA Time Part 1 Part 2 Part 3 Part 4 Wait Time Part 1 Part 2 Part...
    879 Words | 10 Pages
  • BDM midterm - 719 Words
    SOLUTIONS 1) Ralph Edmund loves steak and potatoes. Therefore, he has decided to go on a steady diet of only these two foods for all his meals. Ralph realizes that this is not the healthiest diet, so he wants to make sure that he eats the right quantities of the two foods to satisfy some key nutritional requirements. He has obtained the following nutritional and costs data: Grams of Ingredient Per Serving. Ingredient Steak Potato Daily Requirement (g) Carbs 5 15 >=50...
    719 Words | 12 Pages
  • ESW ICT Candidate Statement Activity 1 Hellip
    ESSENTIAL SKILLS WALES – ICT LEVEL 2 ICT 2.1 Use ICT Systems – Candidate Statement Element Candidate Statement Assessor Comments ICT2.1.1 Describe how you will approach an activity that involves the use of ICT. Use bullet points if you wish. The purpose of my task is to create a spread sheet with two different universities. I will be looking at the cost of accommodation away from home. Secondly, I will be looking at The types of accommodation available and the different...
    557 Words | 2 Pages
  • Csc238 - 875 Words
    OBJECT ORIENTED PROGRAMMING CSC238 Lecture 3 – Common Algorithms Lecture 3 Objectives Common Algorithms Total T l Average Counting Minimum value and maximum value Ranged value Unlimited l U li i d value 1 Mohd Hanapi Abdul Latif Total / Sum group of values The algorithm in this application may be used to solve sol e problem such as s ch To calculate the total of payment for N employees; To sum the amount that a customer has to pay; To calculate the total of salary that...
    875 Words | 5 Pages
  • Extrema - 991 Words
    [Type the company name] 10 extrema Types, formula usage, and applications fzfairy Extrema Definition of an Extrema The extrema of a function f are the values where f is either a maximum or a minimum. More rigorously, we have Let f be a function defined on the interval (a,b) containing the point c. Then * f has minimum at c if f(c) < f(x) for all x in (a,b). * f has maximum at c if f(c) > f(x) for all x in (a,b). The following definition gives the types of...
    991 Words | 3 Pages
  • student - 469 Words
    XLSTAT&2014.4.08&-&Histograms&-&on&2014-09-18&at&5:27:23&PM Data:&Workbook&=&Math&1p98&final.xlsx&/&Sheet&=&Sheet1&/&Range&=&Sheet1!$A:$A&/&40&rows&and&1&column Intervals:&&Number&=&10 Summary&statistics: Variable Data Observations Obs.&with&missing&data Obs.&without&missing&data Minimum Maximum 40 0 40 4.100 13.500 Histogram)(Data)) 12& 10& Frequency) 8& 6& 4& 2& 0& 2& 4& 6& 8& Data) 10& 12& 14& &...
    469 Words | 11 Pages
  • Bahan Makanan - 414 Words
    SQQM1023 Managerial Mathematics Semester 2 Session 2012/2013 GROUP ASSIGNMENT 1 ANSWER ALL QUESTIONS IN PART A AND B. Part A 1. Given the function Find i) ii) iii) iv) Domain . 2. Determine the domain for the following functions: 3. Mega Company plans to market a new product for RM18.50 per unit. The variable cost is RM14 per unit and the fixed cost is RM2200. Assuming is the quantity of the product: i) ii) iii) 4. Find the total cost function, ....
    414 Words | 7 Pages
  • Math Test Review - 366 Words
    All answers should be left in simplified, reduced from unless you are told to round to a specific number of decimal places. Knowledge (Answers should be in exact values only) 1. Simplify the following rational expressions. 3 √27 + 5√28 -- 4√63 -- √12 (3√7 – 3)2 2. Determine the maximum or minimum value for y = -3(x + 1)( x – 4) and state the value of x for which this occurs. Use your own convenient way. 3. Determine the number of zeros for...
    366 Words | 2 Pages
  • Case Study - 645 Words
    1. How do frog’s activities affect its ability to (a) maximize the fit with customer needs, (b) minimize development cycle time, and (c) control development costs? a) As many products fail to produce an economic return because they do not fulfill customer requirements, involving customers in development process affect its ability to maximize the fit with customer needs. It can help a firm ensure that its new products match customer expectations. The customer is often the one most able to...
    645 Words | 2 Pages
  • Managerial Accounting - 331 Words
    Assignment 3 Question 1 Question 2 Question 3 a) It would be beneficial for the company as a whole if logs were transferred to the Sawing Division at the suggested price of $61.50 per log. CM from selling externally = $75 - $40.50 - $9.50 = $25/unit $25 x 10,000 units = $250,000 CM from selling to Sawing division = $122-Trasnfer costs from Harvesting-Production costs = $122-40.50-9.50-35-4.5-2.5 = $30/unit $30 x 10,000 units = $300,000 $300,000 - $250,000 = $50,000 The CM is...
    331 Words | 2 Pages
  • Intro to Sift - 1504 Words
    Yu Liu 4.17.2012 Why? What? How? USCT, Dept. EEIS, Yu Liu 3  1. Image Matching in a common and important problem in computer vision. 2. Application in: ◦ ◦ ◦ ◦ ◦ Object or scene recognition 3D reconstruction Stereo correspondence Motion tracking Image Searching  USCT, Dept. EEIS, Yu Liu 4  3. Traditional method: simple corner detectors is not stable when you have images of different scales and rotations. 4. We need a method can solve: ◦ ◦ ◦ ◦ ◦ ◦ Different...
    1,504 Words | 18 Pages
  • Math 133 Unit 2 Individual Project 2 Assignment
    MTH133 Unit 2 Individual Project Name: 1) Solve the following by factoring: a) [pic] Answer: x = 5, x = -2 (x+5)(x+2) = 0 x = -5 x = -2 b) [pic] Answer: x = 0, x = 2 3x(x-2) = 0 x = 0 x = 2 2) If [pic], find: a) f(2) Answer: f(2) = -3 [pic] b) f(-3) Answer: f(-3) = 42 [pic] 3) Solve [pic] using the quadratic formula. Answer: x = -1/2, x = 2 [pic] 4) Use the graph of [pic] to answer the following: [pic] a) Without solving the equation, or...
    479 Words | 4 Pages
  • Real world Radical Formulas
    Running head: QUADRATIC FUNCTIONS 1 Real World Quadratic Functions Gail Frazier MAT 222 Week 4 Assignment Instructor: Simone Danielson March 6, 2014 Real World Quadratic Functions [no notes on this page] -1- QUADRATIC FUNCTIONS 2 Quadratic functions are perhaps the best example of how math concepts can be combined into a single problem. To solve these, rules for order of operations, solving equations, exponents, and radicals must be used. Because multiple variables...
    256 Words | 2 Pages
  • Tutorial of College Algebra - 1304 Words
    Tutorial 1: Review of Basic Concepts 1. Let[pic]. List the elements of A that belong to the given set. i. Nature numbers ii. Integers iii. Rational numbers 2. Let set M =[pic]. List the elements of M that belong to the given set. i. Whole numbers ii. Integers iii. Rational numbers 3. Multiply out the brackets: a) 7(x + 2y) – 2(3y – 5x) (b) 2x2 + y – z2 – 2(3x2 + 2y – z) (c) (2x – 5)(5 + 2x) (d) (9y - 8)(3y - 3) 4. Evaluate the following...
    1,304 Words | 7 Pages
  • Math 133 Unit 2 Ip
    Student Answer form Unit 2 1. a. x-4x=-6 A) 1 B) -10 C) -6 X^2-10x-24=0 (X-4) (x+6) X-4=0 x=4 X+6=0 x+-6 b. x=7+4=5.5 x=7-4=1.5 x=-b±b2-4ac2a x= (-7) ± (-7)2-4(3) (20)2a x=7±64-802a x=7±-16 x=7+4/2=5.5 x=7-4/2=1.5 c. 10x^2+x-3=0 x=-b±b2-4ac2a x=-1± (1)2-4(10) (-3)2(10) x=1±1-12020 x=1±10 x=1+320 = 5 x=1-320= 10 2. a. (-2.3, 0), (0, 6.3) b. This is a maximum function....
    312 Words | 3 Pages
  • Math 133 Unit2 - 423 Words
    Math 133 Unit 2 IP2 1. X^2-10x-24 a) X=4 x= -6 Show my work: X^2-10x-24=0 A) 1 B) -10 C) -24 X^2-10x-24=0 (X-4) (x+6) X-4=0 x=4 x+6=0 x= -6 B) 3x^2+7x-20=0 Answer: x=7+4=5.5 x= 7-4=1.5 Show my work: X= -b±b2-4ac2a X= (-7) ±(-7)2-4(3)(20)2a X= 7±64-802a X=7 ±-16 X=7+4/2=5.5 X=7-4/2=1.5 c.10x^2+x-3=0 x=-b±b2-4ac2a x=-1±(1)2-4(10)(-3)2(10) x=1±1-12020 x=1±10 x=1+320 = 5 x=1-320= 10 There are two types of solutions to this problem which...
    423 Words | 3 Pages
  • Pipeline for Math Calculus 1
    | | 11/14/2012 In this guide you will find a well thought out plan to construct a pipeline which will run through a wetland. The concept of the derivative will be used to regulate the minimum cost for this construction plan. Figure 1 displays the ideal construction of the pipeline, if...
    317 Words | 2 Pages
  • Speadsheet Modeling & Decision Analysis 5e: Chapter 3 Solutions
    Chapter 3 Modeling & Solving LP Problems In A Spreadsheet 1. In general, it does not matter what is placed in a variable (changing) cell. Ultimately, Solver will determine the optimal values for these cells. If the model builder places formulas in changing cells, Solver will replace the formulas with numeric constants representing the optimal values of the decision variables. An exception to this general principle is found in Chapter 8 where, when solving nonlinear programming problems,...
    4,511 Words | 20 Pages
  • IGCSE Computer Studies Paper 1 May/June 2004 MS
    UNIVERSITY OF CAMBRIDGE INTERNATIONAL EXAMINATIONS International General Certificate of Secondary Education MARK SCHEME for the June 2004 question papers 0420 COMPUTER STUDIES 0420/01 Paper 1, maximum raw mark 100 These mark schemes are published as an aid to teachers and students, to indicate the requirements of the examination. They show the basis on which Examiners were initially instructed to award marks. They do not indicate the details of the discussions that took place at...
    2,503 Words | 24 Pages
  • 1 There Is No Minimum Or
    1. There is no minimum or maximum number of pages. Use all the pages necessary to provide complete and well synthesized responses to each question. 2. This is your opportunity to demonstrate that you have learned and can apply all we have studied in this course to date. 3. Use APA guidelines. 4. Use at least 4 peer reviewed sources from the online library to support your answers. EBSCO Host typically has the richest database for peer reviewed articles. 5. Respond to each of questions 1 - 8. ...
    80 Words | 1 Page
  • Linear Programming - 5408 Words
    PROBLEM NUMBER 1 A farmer can plant up to 8 acres of land with wheat and barley. He can earn $5,000 for every acre he plants with wheat and $3,000 for every acre he plants with barley. His use of a necessary pesticide is limited by federal regulations to 10 gallons for his entire 8 acres. Wheat requires 2 gallons of pesticide for every acre planted and barley requires just 1 gallon per acre. What is the maximum profit he can make? SOLUTION TO PROBLEM NUMBER 1 let x = the number of acres of...
    5,408 Words | 26 Pages
  • Sudy Guide to Food and Beverage
    DOCTOR TECHNOLOGIAE: FOOD AND BEVERAGE MANAGEMENT Qualification code: DTFB01 Campus where offered: Pretoria Campus REMARKS a. Admission requirement(s): A Magister Technologiae: Food and Beverage Management or a qualification at nqf Level 8 (old) or nqf Level 9 (new) in the food and beverage field. Selection criteria: Selection is based on a personal interview with the departmental selection panel. Registration prior to the approval of a protocol is provisional and will be made official only if...
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