If a firm produced a standard item with relatively stable demand, the smoothing constant alpha (reaction rate to differences) used in an exponential smoothing forecasting model would tend to be in which of the following ranges?

20 to 80 percent

60 to 120 percent

5 to 10 percent

20 to 50 percent

Question

Preston Osborne

Business

10 September, 20:25

If a firm produced a standard item with relatively stable demand, the smoothing constant alpha (reaction rate to differences) used in an exponential smoothing forecasting model would tend to be in which of the following ranges?

20 to 80 percent

60 to 120 percent

5 to 10 percent

20 to 50 percent

+4

Answers (1)

Know the Answer?

Glover · Answer 1

Th answer is: 5 to 10 percent

Explanation:

The smoothing constants determine how fast the weights of the series decays. If you choose a smoothing constant value near one, all the weight will be put on the most recent observations. If you choose a smoothing constant value near zero (e. g. 5-10%) then almost all the weight is put on distant past observations.

In this case, the firm produces an item with a stable demand, that means that it hasn't changed much in time. So the smoothing constant value should be put on distant past observations.

If a firm produced a standard item with relatively stable demand, the smoothing constant alpha (reaction rate to differences) used in an exponential smoothing forecasting model would tend to be in which of the following ranges? 20 to 80 percent 60 to 120 percent 5 to 10 percent 20 to 50 percent

If a firm produced a standard item with relatively stable demand, the smoothing constant alpha (reaction rate to differences) used in an exponential smoothing forecasting model would tend to be in which of the following ranges?

20 to 80 percent

60 to 120 percent

5 to 10 percent

20 to 50 percent