Run time of batches of wooden slates. Concept Introduction : Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Question

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Answer 1

Question

Chapter 10, Problem 28P

a

Summary Introduction

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

a

Expert Solution

Explanation of Solution

Number of units demanded = 14,600 per year

Production rate per day = 160 units

Daily demand of units = 40 units.

Run time is calculated by dividing the demand and the production rate.

Run time = Demand per yearProduction rate per day × Number of productions per year

Run time = 14,600 units per year160 units per day × 5 times per year

Run time = 18.25 days per setup

Hence, the run time for one setup is 18.25 days per setup.

b

Summary Introduction

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

b

Expert Solution

Explanation of Solution

Run size is calculated by multiplying the run time and the production rate per day.

Run size = Run time × Production rate per day = 18.25 days per setup × 160 unit per day = 2,920 units per setup

Hence, the run time for one set up is 2,920 units per setup.

c

Summary Introduction

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

c

Expert Solution

Explanation of Solution

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Number of units per setup is calculated by multiplying the number of days per setup and the daily demand.

Number of units per setup = Number of days per setup × Daily Demand = 18.25 days per setup × 40 units = 730 units per setup

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Maximum inventory = Run size - Number of units per setup = 2,920 units - 730 units = 2,190 units

Hence, the maximum inventory is 2,190 units.

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Answer 2

Question

Chapter 10, Problem 28P

a

Summary Introduction

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

a

Expert Solution

Explanation of Solution

Number of units demanded = 14,600 per year

Production rate per day = 160 units

Daily demand of units = 40 units.

Run time is calculated by dividing the demand and the production rate.

Run time = Demand per yearProduction rate per day × Number of productions per year

Run time = 14,600 units per year160 units per day × 5 times per year

Run time = 18.25 days per setup

Hence, the run time for one setup is 18.25 days per setup.

b

Summary Introduction

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

b

Expert Solution

Explanation of Solution

Run size is calculated by multiplying the run time and the production rate per day.

Run size = Run time × Production rate per day = 18.25 days per setup × 160 unit per day = 2,920 units per setup

Hence, the run time for one set up is 2,920 units per setup.

c

Summary Introduction

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

c

Expert Solution

Explanation of Solution

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Number of units per setup is calculated by multiplying the number of days per setup and the daily demand.

Number of units per setup = Number of days per setup × Daily Demand = 18.25 days per setup × 40 units = 730 units per setup

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Maximum inventory = Run size - Number of units per setup = 2,920 units - 730 units = 2,190 units

Hence, the maximum inventory is 2,190 units.

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Answer 3

Question

Chapter 10, Problem 28P

a

Summary Introduction

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

a

Expert Solution

Explanation of Solution

Number of units demanded = 14,600 per year

Production rate per day = 160 units

Daily demand of units = 40 units.

Run time is calculated by dividing the demand and the production rate.

Run time = Demand per yearProduction rate per day × Number of productions per year

Run time = 14,600 units per year160 units per day × 5 times per year

Run time = 18.25 days per setup

Hence, the run time for one setup is 18.25 days per setup.

b

Summary Introduction

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

b

Expert Solution

Explanation of Solution

Run size is calculated by multiplying the run time and the production rate per day.

Run size = Run time × Production rate per day = 18.25 days per setup × 160 unit per day = 2,920 units per setup

Hence, the run time for one set up is 2,920 units per setup.

c

Summary Introduction

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

c

Expert Solution

Explanation of Solution

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Number of units per setup is calculated by multiplying the number of days per setup and the daily demand.

Number of units per setup = Number of days per setup × Daily Demand = 18.25 days per setup × 40 units = 730 units per setup

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Maximum inventory = Run size - Number of units per setup = 2,920 units - 730 units = 2,190 units

Hence, the maximum inventory is 2,190 units.

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Answer 4

Question

Chapter 10, Problem 28P

a

Summary Introduction

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

a

Expert Solution

Explanation of Solution

Number of units demanded = 14,600 per year

Production rate per day = 160 units

Daily demand of units = 40 units.

Run time is calculated by dividing the demand and the production rate.

Run time = Demand per yearProduction rate per day × Number of productions per year

Run time = 14,600 units per year160 units per day × 5 times per year

Run time = 18.25 days per setup

Hence, the run time for one setup is 18.25 days per setup.

b

Summary Introduction

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

b

Expert Solution

Explanation of Solution

Run size is calculated by multiplying the run time and the production rate per day.

Run size = Run time × Production rate per day = 18.25 days per setup × 160 unit per day = 2,920 units per setup

Hence, the run time for one set up is 2,920 units per setup.

c

Summary Introduction

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

c

Expert Solution

Explanation of Solution

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Number of units per setup is calculated by multiplying the number of days per setup and the daily demand.

Number of units per setup = Number of days per setup × Daily Demand = 18.25 days per setup × 40 units = 730 units per setup

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Maximum inventory = Run size - Number of units per setup = 2,920 units - 730 units = 2,190 units

Hence, the maximum inventory is 2,190 units.

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Answer 5

Chapter 10, Problem 28P

a

Summary Introduction

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

a

Expert Solution

Explanation of Solution

Number of units demanded = 14,600 per year

Production rate per day = 160 units

Daily demand of units = 40 units.

Run time is calculated by dividing the demand and the production rate.

Run time = Demand per yearProduction rate per day × Number of productions per year

Run time = 14,600 units per year160 units per day × 5 times per year

Run time = 18.25 days per setup

Hence, the run time for one setup is 18.25 days per setup.

b

Summary Introduction

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

b

Expert Solution

Explanation of Solution

Run size is calculated by multiplying the run time and the production rate per day.

Run size = Run time × Production rate per day = 18.25 days per setup × 160 unit per day = 2,920 units per setup

Hence, the run time for one set up is 2,920 units per setup.

c

Summary Introduction

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

c

Expert Solution

Explanation of Solution

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Number of units per setup is calculated by multiplying the number of days per setup and the daily demand.

Number of units per setup = Number of days per setup × Daily Demand = 18.25 days per setup × 40 units = 730 units per setup

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Maximum inventory = Run size - Number of units per setup = 2,920 units - 730 units = 2,190 units

Hence, the maximum inventory is 2,190 units.

Answer 6

Chapter 10, Problem 28P

a

Summary Introduction

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

a

Expert Solution

Explanation of Solution

Number of units demanded = 14,600 per year

Production rate per day = 160 units

Daily demand of units = 40 units.

Run time is calculated by dividing the demand and the production rate.

Run time = Demand per yearProduction rate per day × Number of productions per year

Run time = 14,600 units per year160 units per day × 5 times per year

Run time = 18.25 days per setup

Hence, the run time for one setup is 18.25 days per setup.

Answer 7

Chapter 10, Problem 28P

a

Summary Introduction

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Answer 8

a

Expert Solution

Explanation of Solution

Number of units demanded = 14,600 per year

Production rate per day = 160 units

Daily demand of units = 40 units.

Run time is calculated by dividing the demand and the production rate.

Run time = Demand per yearProduction rate per day × Number of productions per year

Run time = 14,600 units per year160 units per day × 5 times per year

Run time = 18.25 days per setup

Hence, the run time for one setup is 18.25 days per setup.

Answer 9

a

Expert Solution

Answer 10

a

Expert Solution

Answer 11

Expert Solution

Answer 12

b

Summary Introduction

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

b

Expert Solution

Explanation of Solution

Run size is calculated by multiplying the run time and the production rate per day.

Run size = Run time × Production rate per day = 18.25 days per setup × 160 unit per day = 2,920 units per setup

Hence, the run time for one set up is 2,920 units per setup.

Answer 13

b

Summary Introduction

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Answer 14

b

Expert Solution

Explanation of Solution

Run size is calculated by multiplying the run time and the production rate per day.

Run size = Run time × Production rate per day = 18.25 days per setup × 160 unit per day = 2,920 units per setup

Hence, the run time for one set up is 2,920 units per setup.

Answer 15

b

Expert Solution

Answer 16

b

Expert Solution

Answer 17

Expert Solution

Answer 18

c

Summary Introduction

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

c

Expert Solution

Explanation of Solution

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Number of units per setup is calculated by multiplying the number of days per setup and the daily demand.

Number of units per setup = Number of days per setup × Daily Demand = 18.25 days per setup × 40 units = 730 units per setup

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Maximum inventory = Run size - Number of units per setup = 2,920 units - 730 units = 2,190 units

Hence, the maximum inventory is 2,190 units.

Answer 19

c

Summary Introduction

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

Answer 20

c

Expert Solution

Explanation of Solution

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Number of units per setup is calculated by multiplying the number of days per setup and the daily demand.

Number of units per setup = Number of days per setup × Daily Demand = 18.25 days per setup × 40 units = 730 units per setup

Maximum inventory is calculated by subtracting the number of units per setup from the run size.

Maximum inventory = Run size - Number of units per setup = 2,920 units - 730 units = 2,190 units

Hence, the maximum inventory is 2,190 units.

Answer 21

c

Expert Solution

Answer 22

c

Expert Solution

Answer 23

Expert Solution

Answer 24

Ch. 10 - Prob. 1DQ Ch. 10 - Prob. 2DQ Ch. 10 - Prob. 3DQ Ch. 10 - Prob. 4DQ Ch. 10 - Prob. 5DQ Ch. 10 - Prob. 6DQ Ch. 10 - Prob. 1P Ch. 10 - Prob. 2P Ch. 10 - Prob. 3P Ch. 10 - Prob. 4P

Run time of batches of wooden slates. Concept Introduction : Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Concept explainers

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Explanation of Solution

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Explanation of Solution

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

Explanation of Solution

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Chapter 10 Solutions

Run time of batches of wooden slates. Concept Introduction : Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Concept explainers

Interpretation: Run time of batches of wooden slates. Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Explanation of Solution

Interpretation: Run size of batches of wooden slates. Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Explanation of Solution

Interpretation: Maximum number of wooden slates o be used for wooden crates. Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.

Explanation of Solution

Want to see more full solutions like this?

Chapter 10 Solutions

Interpretation:

Run time of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Interpretation:

Run size of batches of wooden slates.

Concept Introduction: Materials Requirement Planning is a process in which planning is made for the requirement of raw material required for manufacturing of the finished product.

Interpretation:

Maximum number of wooden slates o be used for wooden crates.

Concept Introduction: The efficiency of output is the actual productivity generated compared with the planned or effective capacity. It is usually calculated by dividing actual output by effective capacity.