Please show work from Microsoft Excel using the Solver add in.
Set up and solve the following simple linear optimization model:
MAX 23x + 19y
subject to:
x + 5y ≥ 20
8x - 2y ≥ 5
5x + y ≤ 75
x,y ≥ 0
What is the value of the objective function at the optimal solution? Round your answer to one decimal place.
Your Answer:
Please show work from Microsoft Excel using the Solver add in. Set up and solve the...
Question 4 (3 points) Set up and solve the following simple linear optimization model: MAX: 14.9 x + 23.8 y subject to: 2x + 2y = 20 3x 2 17 5x + 1y s 78 x.y 20 What is the value of the objective function at the optimal solution? Round your answer to one decimal place. Your Answer: Answer Question 5 (8 points) -
QUESTION 3 Solve the following optimization model using Excel Solver. Upload the final excel file. min z=2x2+5xZ+8zy2 sit 8x+16 y+2122400 3x+5y+872 150 4z2+5yx5600 X,Y, 220
Solve the following optimization model using Excel Solver. Upload the final excel file. min z=2x2+5xZ+8zy2 sit 8x+16y+21 22400 3x+5y+872 150 4z2+5yx=600 X, Y, 220
Solve the following optimization model using Excel Solver. Upload the final excel file. min z=2x2+5xZ+8zy? s.t 8x+16 y +2172400 3x+5y+872 150 4z2+5yx<600 x,y,220 Attach File Browse My Computer Browse Content Collection
SOLVE THE FOLLOWING 2 LINEAR PROGRAMMING PROBLEMS USING EXCEL AND THE SOLVER ADD-IN. PROBLEM #1: Maximize Z = $60X + $90Y Subject to: 60X + 30Y >= 1,500 100X + 100Y <= 6,000 Y >= 30 X, Y >= 0 PROBLEM #2: Minimize Z = $3,000X + $1,000Y Subject to: 60X + 20Y >= 1,200 10X + 10Y >= 400 40X + 160Y >= 2,400 ...
QUESTION 2 Solve the following optimization model using Excel Solver. Upload the final excel file. max z=18x1+25x2+21x3 s.t 16x2+21x32400 3xı+8x32150 11x25 1000 3x1+4x2+5x35290 X 1 X 2,X320, and integer
The purpose of this exercise is to provide practice using Excel Solver or LINGO. Find the values of X and Y that minimize the function Min x2 – 8x + y2 + 2y + 10 and find the optimal solution value. Do not assume nonnegativity of the X and Y variables. Recall that by default LINGO assumes nonnegative variables. In order to allow the variables to take on negative values you can add @FREE(X); @FREE(Y); at (X, Y) =
please Solve the question with excel solver Solve the question with excel solver URBAN PLANNING - URBAN RENEWAL MODEL Example 2.4.6 on page 70 of Taha's book Decision variables: XI-Number of units of single-family homes x2 - Number of units of double-family homes x3 = Number of units of triple-family homes x4 - Number of units of quadruple-family homes xs = Number of old homes to be demolished XS Maximize z=1000 x1 + 1900 x2 +2700 x3 +3400 x4 Subject...
Question 3 (3 points) The table below shows the regression results when calculating the least squares line of regression relating variable x (predictor) to variable y (response): Intercept Coefficients 0.083 1.417 Standard Error 3.56 0.63 t Star 0.02 2.25 P-value 0.9822 0.0745 Does variable x share a statistically significant linear relationship with variable y at the 5% significance level? Yes, since the p-value of 0.0745 is greater than 0.05. Yes, since the slope coefficient of 1.417 is less than the...
Solve the following linear system using solver. Provide both the optimal solution and the optimal value of the objective function at the optimal solution. Using the results you get in Excel, calculate the following (by hand): Please show all work in excel. Slack/surplus for every constraint. Range of optimality for each decision variable. Allowable increase (AI) and allowable decrease (AD) for each decision variable. max TO0x,x 2x +2x, S 16 B 20