The assignment problem constraint x31 + x32 + x33 + x34 < 2 means

A) agent 3 can be assigned to 2 tasks. B) agent 2 can be assigned to 3 tasks. C) a mixture of agents 1,2,3,and 4 will be assigned to tasks. D) there is no feasible solution. A) agent 3 can be assigned to 2 tasks. B) agent 2 can be assigned to 3 tasks. C) a mixture of agents 1,2,3,and 4 will be assigned to tasks. D) there is no feasible solution.

Exam 10: Distribution and Network Problems

Draw the network for this transportation problem. Min 2X_AX + 3X_AY + 5X_AZ+ 9X_BX + 12X_BY + 10X_BZ s.t.X_AX + X_AY + X_AZ < 500 X_BX + X_BY + X_BZ < 400 X_AX + X_BX = 300 X_AY + X_BY = 300 X_AZ + X_BZ = 300 X_ij > 0

(Essay)

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Question 41

A dummy origin in a transportation problem is used when supply exceeds demand.

(True/False)

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Question 42

The problem which deals with the distribution of goods from several sources to several destinations is the

(Multiple Choice)

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Question 43

The assignment problem is a special case of the transportation problem in which all supply and demand values equal one.

(True/False)

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Question 44

The network below shows the flows possible between pairs of six locations.Formulate an LP to find the maximal flow possible from Node 1 to Node 6.

(Essay)

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Question 45

Converting a transportation problem LP from cost minimization to profit maximization requires only changing the objective function;the conversion does not affect the constraints.

(True/False)

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Question 46

Show both the network and the linear programming formulation for this assignment problem.

(Essay)

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Question 47

The assignment problem constraint x₃₁ + x₃₂ + x₃₃ + x₃₄ < 2 means

(Multiple Choice)

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Question 48

Constraints in a transshipment problem

(Multiple Choice)

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Question 49

Which of the following is not true regarding an LP model of the assignment problem?

(Multiple Choice)

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Question 50

The direction of flow in the shortest-route problem is always out of the origin node and into the destination node.

(True/False)

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Question 51

Whenever total supply is less than total demand in a transportation problem,the LP model does not determine how the unsatisfied demand is handled.

(True/False)

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Question 52

In the general linear programming model of the assignment problem,

(Multiple Choice)

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Question 53

Find the maximal flow from node 1 to node 7 in the following network.

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Question 54

The difference between the transportation and assignment problems is that

(Multiple Choice)

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Question 55

Consider the following shortest-route problem involving seven cities.The distances between the cities are given below.Draw the network model for this problem and formulate the LP for finding the shortest route from City 1 to City 7. Path Distance 1 to 2 6 1 to 3 10 1 to 4 7 2 to 3 4 2 to 5 5 3 to 4 5 3 to 5 2 3 to 6 4 4 to 6 8 5 to 7 7 6 to 7 5

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Question 56

The parts of a network that represent the origins are

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Question 57

Showing 41 - 57 of 57

Draw the network for this transportation problem. Min 2X_AX + 3X_AY + 5X_AZ+ 9X_BX + 12X_BY + 10X_BZ s.t.X_AX + X_AY + X_AZ < 500 X_BX + X_BY + X_BZ < 400 X_AX + X_BX = 300 X_AY + X_BY = 300 X_AZ + X_BZ = 300 X_ij > 0

A dummy origin in a transportation problem is used when supply exceeds demand.

The problem which deals with the distribution of goods from several sources to several destinations is the

The assignment problem is a special case of the transportation problem in which all supply and demand values equal one.

The network below shows the flows possible between pairs of six locations.Formulate an LP to find the maximal flow possible from Node 1 to Node 6.

Converting a transportation problem LP from cost minimization to profit maximization requires only changing the objective function;the conversion does not affect the constraints.

Show both the network and the linear programming formulation for this assignment problem.

The assignment problem constraint x₃₁ + x₃₂ + x₃₃ + x₃₄ < 2 means

Constraints in a transshipment problem

Which of the following is not true regarding an LP model of the assignment problem?

The direction of flow in the shortest-route problem is always out of the origin node and into the destination node.

Whenever total supply is less than total demand in a transportation problem,the LP model does not determine how the unsatisfied demand is handled.

In the general linear programming model of the assignment problem,

Find the maximal flow from node 1 to node 7 in the following network.

The difference between the transportation and assignment problems is that

The parts of a network that represent the origins are

Introduction

Introduction to Probability

Probability Distributions

Decision Analysis

Utility and Game Theory

Forecasting

Introduction to Linear Programming

Lp Sensitivity Analysis and Interpretation of Solution

Linear Programming Applications

Integer Linear Programming

Advanced Optimization Application

Project Scheduling: Pertcpm

Inventory Models

Waiting Line Models

Simulation

Markov Processes

Filters

Exam 10: Distribution and Network Problems

Draw the network for this transportation problem. Min 2XAX + 3XAY + 5XAZ+ 9XBX + 12XBY + 10XBZ s.t.XAX + XAY + XAZ < 500 XBX + XBY + XBZ < 400 XAX + XBX = 300 XAY + XBY = 300 XAZ + XBZ = 300 Xij > 0

A dummy origin in a transportation problem is used when supply exceeds demand.

The problem which deals with the distribution of goods from several sources to several destinations is the

The assignment problem is a special case of the transportation problem in which all supply and demand values equal one.

The network below shows the flows possible between pairs of six locations.Formulate an LP to find the maximal flow possible from Node 1 to Node 6.

Converting a transportation problem LP from cost minimization to profit maximization requires only changing the objective function;the conversion does not affect the constraints.

Show both the network and the linear programming formulation for this assignment problem.

The assignment problem constraint x31 + x32 + x33 + x34 < 2 means

Constraints in a transshipment problem

Which of the following is not true regarding an LP model of the assignment problem?

The direction of flow in the shortest-route problem is always out of the origin node and into the destination node.

Whenever total supply is less than total demand in a transportation problem,the LP model does not determine how the unsatisfied demand is handled.

In the general linear programming model of the assignment problem,

Find the maximal flow from node 1 to node 7 in the following network.

The difference between the transportation and assignment problems is that

The parts of a network that represent the origins are

Introduction

Introduction to Probability

Probability Distributions

Decision Analysis

Utility and Game Theory

Forecasting

Introduction to Linear Programming

Lp Sensitivity Analysis and Interpretation of Solution

Linear Programming Applications

Integer Linear Programming

Advanced Optimization Application

Project Scheduling: Pertcpm

Inventory Models

Waiting Line Models

Simulation

Markov Processes

Filters

Draw the network for this transportation problem. Min 2X_AX + 3X_AY + 5X_AZ+ 9X_BX + 12X_BY + 10X_BZ s.t.X_AX + X_AY + X_AZ < 500 X_BX + X_BY + X_BZ < 400 X_AX + X_BX = 300 X_AY + X_BY = 300 X_AZ + X_BZ = 300 X_ij > 0

The assignment problem constraint x₃₁ + x₃₂ + x₃₃ + x₃₄ < 2 means