TYPEWRITTEN ONLY PLEASE. ILL UPVOTE ONLY IF TYPEWRITTEN, COMPLETE, AND CORRECT. DONT ANSWER IF YOU ALREADY ANSWERED THIS, ILL DOWNVOTE. THANK YOU 27. Route Planning Brian needs to visit the pet store, the shopping mall, thelocal farmers market, and the pharmacy. His estimated driving times (in minutes)between the locations are given in the table below. Use the greedy algorithm andthe edge-picking algorithm to find two possible routes, starting and ending at home,that will help Brian minimize his total travel time.FarmersShoppingmallmarketPharmacyHomePet storeHome8182715Pet store1022241832Shopping mall202724-22Farmers market152220Pharmacy8103222না।

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Answered: 27. Route Planning Brian needs to visit…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Route Planning Brian needs to visit the pet store, the shopping mall, the local farmersmarket, and the pharmacy. His estimated driving times (in minutes) between thelocations are given in the table below. Use the greedy algorithm and the edge-pickingalgorithm to find two possible routes, starting and ending at home, that will helpBrian minimize his total travel time
A mortgage company owns the following 10 mortgages. Investors will purchase packages of mortgages worth at least $1 million. What is the maximum number of such packages that can be created from this set of mortgages? Mortgage 1 2 3 4 5 6 7 8 9 10 Amount (in $1000s) $900 $860 $780 $525 $240 $185 $165 $164 $135 $125 Create a spreadsheet model for this problem and use Solver’s evolutionary algorithm to solve it. What is the optimal solution?
A company has 19 new employees to train. The training methods consist of computer-based training, televised classes, and traditional classes. The company intends to maximize the number of employees that are trained without the traditional classes, but only 6 employees can be chosen for computer-based training, and 8 employees can be chosen for televised classes. In how many ways can the 19 employees be divided for training?
find the mximum possible order of S5
Mo. For each of the following shaded region in Figure 1, can it be the feasible region of a linear program?
Use the Repeated Nearest Neighbor Algorithm to find an approximation for the optimal Hamiltonian circuit. 1. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex A is . The sum of it's edges is . 2. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex B is . The sum of it's edges is . 3. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex C is . The sum of its edges is . 4. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex D is . The sum of it's edges is . 5. The Hamiltonian circuit giving the approximate optimal solution using the Repeated Nearest Neighbor Algorithm is . The approximate optimal solution is . IMAGE BELOW
A biologist is studying the plant diversity in 15 million acres of the Sierra Nevada Mountains. He will count the number of species in 150 acres. Match the strategies to their corresponding sampling techniques. _______ The biologist goes to 15 diverse locations that have 10 acres each and surveys all 10 acres for each of these 15 locations. _______ The biologist orders the 15 million acres by latitude and then surveys every 100000th acre on the list. _______ The biologist enters the 15 million acres into a data base and had a computer randomly select 150 of these acres. _______ The biologist goes to his 150 favorite hiking places and looks at an acres along each trail. _______ The biologist classifies the Sierras into 10 different ecological types and then makes sure that the proportion of each ecological type from the sample is the same as the proportion of that of the population. a. Stratified Sampling b. Simple Random Sampling c. Systematic Sampling d. Cluster Sampling e.…
Consider the given graph below. The weights represent the time, in minutes of reaching one destination from another destination. Using the Brute Force Method in this complete weighted graph, determine all the Hamilton circuits starting at L and its optimal solution.

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