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Test: Forecasting Routing & Scheduling - 1 - Mechanical Engineering MCQ


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20 Questions MCQ Test - Test: Forecasting Routing & Scheduling - 1

Test: Forecasting Routing & Scheduling - 1 for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Test: Forecasting Routing & Scheduling - 1 questions and answers have been prepared according to the Mechanical Engineering exam syllabus.The Test: Forecasting Routing & Scheduling - 1 MCQs are made for Mechanical Engineering 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Forecasting Routing & Scheduling - 1 below.
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Test: Forecasting Routing & Scheduling - 1 - Question 1

Which one of the following forecasting techniques is not suited for making forecasts for planning production schedules in the short range? 

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 1

Moving, average, Exponential moving average is used for short range.
Regression is used for short and medium range.  Delphi is used for long range forecasting. 

*Multiple options can be correct
Test: Forecasting Routing & Scheduling - 1 - Question 2

Production flow analysis (PFA) is a method of identifying part families that uses data from 

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Test: Forecasting Routing & Scheduling - 1 - Question 3

A moving average system is used for forecasting weekly demand. F1(t) and F2(t) are sequences of forecasts with parameters m1 and m2, respectively, where m1 and m2 (m1 > m2) denote the numbers of weeks over which the moving averages are taken. The actual demand shows a step increase from d1 to d2 at a certain time. Subsequently, 

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 3

Since, m1>m2 the weightage of the latest demand would be more in F2 (t). So, F2 (t) is sensitive data. 

Hence F2 (t) will attain the value d2 before F1 (t).

Test: Forecasting Routing & Scheduling - 1 - Question 4

A manufacturing shop processes sheet metal jobs, wherein each job must pass through two machines (M1 and M2, in that order). The processing time (in hours) for these jobs is: 

The optimal make-span (in hours) of the shop is:

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 4

Test: Forecasting Routing & Scheduling - 1 - Question 5

When using a simple moving average to forecast demand, one would   

Test: Forecasting Routing & Scheduling - 1 - Question 6

Four jobs are to be processed on a machine as per data listed in the table.

If the Earliest Due-date (EDD) rule is used to sequence the jobs, the number of jobs delayed is: 

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 6

Alternating According to EDD


Test: Forecasting Routing & Scheduling - 1 - Question 7

Four jobs are to be processed on a machine as per data listed in the table.

Using the Shortest Processing Time (SPT) rule, total tardiness is

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 7

Since, negative tardiness is not considered as delay i.e. considered as 0 tardiness.

So, Total tardiness =  0 + 0 + 4 + 4 = 8

Test: Forecasting Routing & Scheduling - 1 - Question 8

Which of the following forecasting methods takes a fraction of forecast error into account for the next period forecast? 

Test: Forecasting Routing & Scheduling - 1 - Question 9

Routing in production planning and control refers to the   

Test: Forecasting Routing & Scheduling - 1 - Question 10

The demand and forecast for February are 12000 and 10275, respectively. Using single exponential smoothening method (smoothening coefficient = 0.25), forecast for the month of March is:  

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 10


According to single exponential smoothing method

Test: Forecasting Routing & Scheduling - 1 - Question 11

The routing function in a production system design is concerned with. 

Test: Forecasting Routing & Scheduling - 1 - Question 12

The sales of a product during the last four years were 860, 880, 870 and 890 units. The forecast for the fourth year was 876 units. If the forecast for the fifth year, using simple exponential smoothing, is equal to the forecast using a three period moving average, the value of the exponential smoothing constant a is: 

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 12

.

Test: Forecasting Routing & Scheduling - 1 - Question 13

Consider the following statements:

Scheduling

1. Is a general timetable of manufacturing
2. Is the time phase of loading
3. Is loading all the work in process on
4. Machines according to their capacity

Which of the statements given above are correct?  

Test: Forecasting Routing & Scheduling - 1 - Question 14

For a product, the forecast and the actual sales for December 2002 were 25 and 20 respectively. If the exponential smoothing constant (α) is taken as 0.2, then forecast sales for January, 2003 would be:  

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 14

Use new forecast = old forecast + α (actual demand – old forecast) 

Test: Forecasting Routing & Scheduling - 1 - Question 15

Consider the following statements:

1. Preparation of master production schedule is an iterative process
2. Schedule charts are made with respect to jobs while load charts are made with respect to machines
3. MRP is done before master production scheduling

Which of the statements given above are correct? 

Test: Forecasting Routing & Scheduling - 1 - Question 16

The sales of cycles in a shop in four consecutive months are given as 70, 68, 82, and 95. Exponentially smoothing average method with a smoothing factor of 0.4 is used in forecasting. The expected number of sales in the next month is: 

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 16

Let expected number of sales in the next month = ut

Test: Forecasting Routing & Scheduling - 1 - Question 17

Which of the following factors are to be considered for production scheduling?

1. Sales forecast
2. Component design
3. Route sheet  
4. Time stand ards

Select the correct answer using the codes given below: 

Test: Forecasting Routing & Scheduling - 1 - Question 18

In a forecasting model, at the end of period 13, the forecasted value for period 14 is 75. Actual value in the periods 14 to 16 are constant at 100. If the assumed simple exponential smoothing parameter is 0.5, then the MSE at the end of period 16 is: 

Detailed Solution for Test: Forecasting Routing & Scheduling - 1 - Question 18


Test: Forecasting Routing & Scheduling - 1 - Question 19

Assertion (A): Planning and scheduling of job order manufacturing differ from planning and scheduling of mass production manufacturing.

Reason (R): In mass production manufacturing, a large variety of products are manufactured in large quantity.  

Test: Forecasting Routing & Scheduling - 1 - Question 20

The most commonly used criteria for measuring forecast error is:  

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