Determine the MAPE (=MAPD) for the data below (calculate to 2 decimal places). Period Demand Forecast...
Determine the MAPE (=MAPD) for the data below (calculate to 2 decimal places). Period Demand Forecast January 125 100 February 100 120 March 125 155 April 125 100 May 140 175 a. 21.95% b. 0.81% c. None of the answers provided d. 20.77% e. 21.80%
Homework Answers
Solution:-
c. None of the answers provided
Explanation:-
(125-100) + (100 - 120) + (125 - 155) + (125 - 100) + (140-175) / (125 + 100 + 125 + 125 + 140)
= 5.69%
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Determine the MAPE (=MAPD) for the data below (calculate to 2
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A company had developed a forecast using the Delphi method for January through June. Month Demand...
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Problem 22 Consider the following forecast results. Caloulate MFE, MAD, and MAPE, using the data for...
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1. MAD for the naive forecast = ?? sales (round your response to two decimal places)....
1. MAD for the naive forecast = ?? sales (round your
response to two decimal places).
2. MAPE for the forecast developed by the naive approach = ?? %
(round your response to two decimal
places).
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find mape for naive approach S of Quilt covers Bud Bandiscount de March April May and...
find mape for naive approach
S of Quilt covers Bud Bandiscount de March April May and June t store in Carbonde over the past year we shown below Management prepared forecasting a combination of exponential smoothing and its collective judgment for the Sep 95 Oct 110 Nov 120 Dec 119 Jan 92 95 Un sales Management's Forecast Feb 4 - Mar Apr 102 0 120 114 May 90 108 Jun 108 110 a) MAD for the forecast developed by the...
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1. MAD for the naive forecast = ?? sales (round your
response to two decimal places).
2. MAPE for the forecast developed by the naive approach = ?? %
(round your response to two decimal
places).
b) Using the Naive Method, the forecast for period March through June is (round your response to two decimal places) Month Unit Sales Naive Forecast Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun 102 97 95 110 124 119 95...
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find mape for naive approach
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