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Solve the following assignment problem using the Hungarian method. Show all the teps. The second ...
19 2. sole [6] 2. Solve by the Hungarian/Munkries method the following assignment problem given by...
19 2. sole [6] 2. Solve by the Hungarian/Munkries method the following assignment problem given by the table below. Job 1 Job 2 Job 3 Job 4 Job 5 Worker 1 $8 $7 Worker 2 $7 $5 $3 $8 Worker 3 $4 Worker 4 $7 $6 $3 $8 $6 Worker 5 $9 $3 $9 $8 $6 $3 $11 $4
5. Use the assignment method (i.e., Hungarian method) to obtain a plan that will minimize the...
5. Use the assignment method (i.e., Hungarian method) to
obtain a plan that will minimize the processing costs in the
following table under the following condition (provide also the
total cost of the plan):
The combination 4-A is undesirable. (15 points)
WORKER ABCDE
1 14 18
2 14 15 Job 3 12 16 4 11 13 5 10 16
20 17 18 19 16 17 15 14 17 14 12 14 15 14 13
5. Use the assignment method...
Use the exhaustion of path method to solve the following problem Show all your working by listing each path and wei...
Use the exhaustion of path method to solve the following problem Show all your working by listing each path and weight when exhausting each path, until the maximum flow is found. Solve the following problem using the path of exhaustion method. Make sure you choose the paths from top to bottom to avoid deadlocks. Show all your working by stating each path and its weight An engineer was given the task to study the rainwater drainage in a certain area....
Question #1 (15 Marks) a) (8 Marks) Answer the following questions with True or False. 1) 2) 3) Every basic solution in the assignment problem is necessarily degenerate. The assignment problem ca...
Question #1 (15 Marks) a) (8 Marks) Answer the following questions with True or False. 1) 2) 3) Every basic solution in the assignment problem is necessarily degenerate. The assignment problem cannot be solved using the transportation technique. If the gradient vector of a function at a given point is zero, the point can only be a maximum or minimum. If a single-variable function has two local minima, it must have at least one local 4) maximum 5) The Golden...
2 6, 9、19/ 1,12 '12,13,16,16, 16,18,3‘ = 12.5 4 IQR=46 Question #1 (15 Marks) a) (8 Marks) Answer the following questions with True or False. 1) Every basic solution in the assignment p...
2 6, 9、19/ 1,12 '12,13,16,16, 16,18,3‘ = 12.5 4 IQR=46 Question #1 (15 Marks) a) (8 Marks) Answer the following questions with True or False. 1) Every basic solution in the assignment problem is necessarily degenerate. 2) The assignment problem cannot be solved using the transportation technique. maximum or minimum. If a single-variable function has two local minima, it must have at least one local 4) maximum. 5) The Golden Section Search method gives better results than the Fibanocci Search...
Differential Equation Show all work. Don't use shortcuts. 4. Solve the following problem using the Laplace...
Differential Equation
Show all work. Don't use shortcuts.
4. Solve the following problem using the Laplace transform method y,, + y, + y = sin t, y(0) = 1, y,(0) = 0.
Use the Hungarian Method to answer Question 1. Five employees are available to perform four jobs....
Use the Hungarian Method to answer Question 1. Five employees are available to perform four jobs. The time it takes each person to perform each job is given in Table 50. Determine the assignment of employees to jobs that minimizes the total time required to perform the four jobs. TA B L E 50 Time (hours) Person Job 1 Job 2 Job 3 Job 4 1 22 18 30 18 2 18 — 27 22 3 26 20 28 28...
Solve All joints and supports using moment distribution method! Problem 2. Solve the moments at all...
Solve All joints and supports using moment distribution
method!
Problem 2. Solve the moments at all joints and supports of the given frame using moment-distribution method. Assume the supports at A, C, and E are pins. El is constant. 12 kN/m 10 KN D 4 m 16 kN/m 15 kN B 3 m 4 m
For the following circuit: (a) Second step use Mesh-Current Method to solve for all of the...
For the following circuit: (a) Second step use Mesh-Current Method to solve for all of the currents flowing in each of the different resistors in the circuit. Show all steps. (b) Find the current flowing from the voltage source and the voltage across the current source. (c) Calculate what i, and v, are in the circuit. i 45 Ω 2 A 60 12 512 V 10 V 2012 3512 1012 +
1. Solve the following ODE's using the Trial Solution Method. This method is also know as...
1. Solve the following ODE's using the Trial Solution Method. This method is also know as the Classical Solution Technique. Initial Conditions are given for each equation r(0) 2 (a) 36r 4, (b)816r 0, (0)3, (0)2 (c) 312x 0, r(0) 2, (0)=2 (d) 658x 116, (0)0, (0)= 1 2. Choose one problem from part 1 of this assignment. Write a MATLAB program to do the following (a) Plot the solution over a reasonable range of the independent variable. (b) Verify...
19 2. sole [6] 2. Solve by the Hungarian/Munkries method the following assignment problem given by the table below. Job 1 Job 2 Job 3 Job 4 Job 5 Worker 1 $8 $7 Worker 2 $7 $5 $3 $8 Worker 3 $4 Worker 4 $7 $6 $3 $8 $6 Worker 5 $9 $3 $9 $8 $6 $3 $11 $4
5. Use the assignment method (i.e., Hungarian method) to
obtain a plan that will minimize the processing costs in the
following table under the following condition (provide also the
total cost of the plan):
The combination 4-A is undesirable. (15 points)
WORKER ABCDE
1 14 18
2 14 15 Job 3 12 16 4 11 13 5 10 16
20 17 18 19 16 17 15 14 17 14 12 14 15 14 13
5. Use the assignment method...
Use the exhaustion of path method to solve the following problem Show all your working by listing each path and weight when exhausting each path, until the maximum flow is found. Solve the following problem using the path of exhaustion method. Make sure you choose the paths from top to bottom to avoid deadlocks. Show all your working by stating each path and its weight An engineer was given the task to study the rainwater drainage in a certain area....
Question #1 (15 Marks) a) (8 Marks) Answer the following questions with True or False. 1) 2) 3) Every basic solution in the assignment problem is necessarily degenerate. The assignment problem cannot be solved using the transportation technique. If the gradient vector of a function at a given point is zero, the point can only be a maximum or minimum. If a single-variable function has two local minima, it must have at least one local 4) maximum 5) The Golden...
2 6, 9、19/ 1,12 '12,13,16,16, 16,18,3‘ = 12.5 4 IQR=46 Question #1 (15 Marks) a) (8 Marks) Answer the following questions with True or False. 1) Every basic solution in the assignment problem is necessarily degenerate. 2) The assignment problem cannot be solved using the transportation technique. maximum or minimum. If a single-variable function has two local minima, it must have at least one local 4) maximum. 5) The Golden Section Search method gives better results than the Fibanocci Search...
Differential Equation
Show all work. Don't use shortcuts.
4. Solve the following problem using the Laplace transform method y,, + y, + y = sin t, y(0) = 1, y,(0) = 0.
Solve All joints and supports using moment distribution
method!
Problem 2. Solve the moments at all joints and supports of the given frame using moment-distribution method. Assume the supports at A, C, and E are pins. El is constant. 12 kN/m 10 KN D 4 m 16 kN/m 15 kN B 3 m 4 m
For the following circuit: (a) Second step use Mesh-Current Method to solve for all of the currents flowing in each of the different resistors in the circuit. Show all steps. (b) Find the current flowing from the voltage source and the voltage across the current source. (c) Calculate what i, and v, are in the circuit. i 45 Ω 2 A 60 12 512 V 10 V 2012 3512 1012 +
1. Solve the following ODE's using the Trial Solution Method. This method is also know as the Classical Solution Technique. Initial Conditions are given for each equation r(0) 2 (a) 36r 4, (b)816r 0, (0)3, (0)2 (c) 312x 0, r(0) 2, (0)=2 (d) 658x 116, (0)0, (0)= 1 2. Choose one problem from part 1 of this assignment. Write a MATLAB program to do the following (a) Plot the solution over a reasonable range of the independent variable. (b) Verify...
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