Q2The lower daily needs for workers in a manufacturing organizationprovided in the below table, each worker works for eight hours. themanagement needs to determine the lower number of workers tomaintain the flow and stability of the work in each shaft. FormulateLP model for this problem and suggest (only suggestion) a methodto find the optimal solution.Shaft(24 h)1st2ad3rd4thwork timeMin number of workers7-11 AM4.11 АМ -1 PМ1 PM -7 PM7 PM- 11 PM11 PM-3 AM3 AM 7 AM8.322106th

For the table of Shaft, work time, and minimum number of workers Shaft (24 h)work time Min number of…

Answered: The lower daily needs for workers in a…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Flying twice as farA flight from Los Angeles to ABQ is about 2 hours but is 670.2 miles.A flight from San Jose to Chicago is 4 hours but is 1859.0 miles.Can anyone explain why the travel time from San Jose to Chicago is notlonger and closer to 5.75 hours?If the distance increase by 2, shouldnt the time increase by a factorof 2 as well?1. Write a linear model for this question. Takeoff and landing will take a fixed amount of time. Actualtravel in the air will take time proportional to the distance traveled. Think about which of thevariables (time and distance) is the independent variable, and identify the slope and intercept withtheir units.2. Use the data in the quotation to estimate the two constants in your linear model.
n d A bicycle manufacturer makes two models of bikes, a professional racing bike and a mountain bike. Profits average P1500 per mountain bike and P1200 per racing bike. Maximum total production possible is 1440 bikes per month. Consumer demand for the racing bike is no more than half the demand for the mountain bike. At least 400 mountain bikes per month must be made to satisfy a long term contract. How many of each bike should be made to maximize profit. What is the maximum profit?
Additional Algo 4-10 Integrated Work Clients are served in a process with two resources. The first resource has a capacity of 0.71 clients per hour. The capacity of the second resource is 0.5 clients per hour. The first resource has 2 workers and the second resource has 8 workers. Instruction: Round your answer to three decimal places. What is the capacity of the process if workers can now work at both resources and processing times do not change? clients per hour
From 2000 through 2009, the population of State A grew more slowly than that of State B. Models that represent the populations of the two states are given by P = 37.5t + 6075 State A P = 168.2t + 5138 State B where P is the population (in thousands) and t represents the year, with t = 0 corresponding to 2000. Use the models to estimate when the population of State B first exceeded the population of State A. (Round your answer to the nearest year.)
A dietitian in a hospital is to arrange a special diet composed of three basic foods. The diet is to include exactly 340 units of calcium, 180 units of iron, and 400 units of vitamin A The number of units per ounce of each special ingredient for each of the foods is indicated in the table. Construct a Units per Ounce Food A Food B Food C Calcium 30 10 20 Iron 10 10 20 Vitamin A mathematical model to complete parts (A) through (C) below. Use Gauss-Jordan elimination to solve the model and then interpret the solution. 30 30 Construct a mathematical model for this situation. Let the first, second, and third equations represent calcium, iron, and vitamin A, respectively. Let x, represent the number of ounces of food A, x, represent tine number of ounces of food B, and x, represent the number of ounces of food C. - 2 * 3 = X, + X, + %3D (Type integers or decimais.) 20
Could you solve part (d) in the image
1. a. b. C. Find the general traffic pattern in the freeway network shown in the figure. (Flow rates are in cars/minute.) Describe the general traffic pattern when the road whose flow is x4 is closed. When x4=0, what is the minimum value of x₁? 40 x1 200 X4 YB Xz D 60 100

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