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- At the Pizza Dude restaurant, a 12-in. pizza costs 5.40 to make, and the manager wants to make at least 4.80 from the sale of each pizza. If the pizza will be sold by the slice and each pizza is cut into 6 pieces, what is the minimum charge per slice?arrow_forwardSolve the following optimization problem subject to max-(₁-4)²-(₂-4)² 21,22 x₁ + x₂ ≤ 4,2₁ +372 ≤9arrow_forwardIf there are two numbers, b and c such that 2b’s and 5c’s sums to 8. Maximize the product of b and carrow_forward
- Alice rents a place in Cornelia Street and saw a paper on her desk. It says, "The product of two positive numbers is 243. If the sum of the first and thrice the second is a minimum, what are the numbers?" Alice felt annoyed because she wanted to relax but she was able to answer it. If you were Alice, what would be your answer? O 27 and 9 O 243 and 1 O 81 and 3 O-1 and-243 O none of the choicesarrow_forwardA company plans to manufacture rectangular boxes with no top that have volume 12 cubic feet. The cost per square foot of the material to be used is $3 for the bottom of the box and $ 1 for the remaining four sides of the box. Let a, b and c be the dimensions of the box that will Minimize the production cost, find a + b + c. Enter your answer without units. Enter an integer or a fully reduced fraction such as -2, 7, -3/4, 41/7 etc. No spaces pleasearrow_forward2.SOLVE USING BIG-M METHOD Maximize 3x1 - x₂ subject to X1 X2 ≤ 3 2x1 < x₂ x₁ + x₂ ≥ 12 X1, X₂ 20arrow_forward
- Solve the following Integer Programming problem Maximize z = 2x1 + 3x2 subject to 5x1 + 7x2 \leq35 4x1 + 9x2 \leq36 x1, x2 \geq 0 and integerarrow_forward2. I will now present three versions of the same problem. They are presented to help you think about the problem and how it might be applied to a middle school classroom. The actual problem I want you to solve is found below. Middle school version of the problem: You are cutting a pizza using straight cuts. After 6 cuts, how many pieces can the pizza be divided into? Mathematical version of the problem: What is the maximum number of regions into which 6 lines can divide a plane? Scaffolded version of the problem: A line divides the plane into two pieces (regions). Draw another line. The plane is now divided into three or four regions. It is three regions if the lines are parallel and four if they intersect. In this problem, we want the greatest number of regions. So, two lines yield four regions. A third line divides the plane into seven regions (See the diagram). The results so far: lines regions 7 2 3 1 6 S 1 2 2 4 3 7 Into how many regions would 4 lines divide the plane? Into how…arrow_forward4. A bus can accommodate a maximum of 60 passengers. If X denotes the number of male passengers, what are the possible values of X? (arrow_forward
- 3. Jack and Jill work at the same store. Jack's total weekly salary, in dollars, if he sells x items is given by S= = 100 + 5x, and Jill's total weekly salary, in dollars, if she sells x items is given by S = 80 + 6x. If they sell the same number of items in a week, what is the minimum number of items they have to sell so that Jill's weekly salary is at least $300 more than Jack's? Verarrow_forwardplease answerarrow_forward1. Find two positive numbers such that the sum of the first number squared and the second number is 54 and the product is a maximum. The two numbers are : (C) V18 and 6 (B) V18 and 36 (E) 18 and 27 (A) 18 and 36 (D) 6 and 18arrow_forward
- Algebra for College StudentsAlgebraISBN:9781285195780Author:Jerome E. Kaufmann, Karen L. SchwittersPublisher:Cengage LearningElementary Geometry For College Students, 7eGeometryISBN:9781337614085Author:Alexander, Daniel C.; Koeberlein, Geralyn M.Publisher:Cengage,