Forecasting, quantitative methods, exponential smoothing calculation. After 6 months of production, the company has been able to post the mid-year sales figures presented in the table below. Using the nential sm expo oothing factor a - 0 40

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Forecasting, quantitative methods, exponential
smoothing calculation.
After 6 months of production, the company has
been able to post the mid-year sales
figures presented in the table below. Using the
exponential smoothing factor a= 0.40,
forecast the sales in July. Assume the January
forecast sales as equal to the actual sales of
January. Show all workings.
a. After 6 months of production, the company has been able to post the mid-year sales
figures presented in the table below. Using the exponential smoothing factor a= 0.40,
forecast the sales in July. Assume the January forecast sales as equal to the actual sales of
January. Show all workings.
Month
Jan
Feb
March
April
5275
May
4950
June
Sales (S)
4220
4278
5460
5315
Weight
0.05
0.05
0.08
0.1
0.2
0.3
Transcribed Image Text:Forecasting, quantitative methods, exponential smoothing calculation. After 6 months of production, the company has been able to post the mid-year sales figures presented in the table below. Using the exponential smoothing factor a= 0.40, forecast the sales in July. Assume the January forecast sales as equal to the actual sales of January. Show all workings. a. After 6 months of production, the company has been able to post the mid-year sales figures presented in the table below. Using the exponential smoothing factor a= 0.40, forecast the sales in July. Assume the January forecast sales as equal to the actual sales of January. Show all workings. Month Jan Feb March April 5275 May 4950 June Sales (S) 4220 4278 5460 5315 Weight 0.05 0.05 0.08 0.1 0.2 0.3
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