Pom Case 2

| Demand| Month| division 1| family 2| Year 3| Year 4| Year 5| 1| 55,220| 39,875| 32,180| 62,377| 70,237| 2| 57,350| 64,128| 38,600| 66,501| 89,609| 3| 15,445| 47,653| 25,020| 31,404| 22,135| 4| 27,776| 43,050| 51,300| 36,504| 34,001| 5| 21,408| 39,359| 31,790| 16,888| 11,003| 6| 17,118| 10,317| 32,100| 18,909| 8,648| 7| 18,028| 45,194| 59,832| 35,500| 32,760| 8| 19,883| 46,350| 30,740| 51,250| 44,372| 9| 15,796| 22,105| 47,800| 34,443| 23,879| 10| 53,665| 41,350| 73,890| 68,088| 94,526| 11| 83,269| 46,024| 60,202| 68,175| 104,665| 12| 72,991| 41,856| 55,200| 61,100| 84,066| Averages| 38,162| 40,605| 44,888| 45,928| 51,659| | | | | | | | | | | | | | Sesonal Factors| Month| Year 1| Year 2| Year 3| Year 4| Averages| 1| 1.447| 0.982| 0.717| 1.358| 1.126| 2| 1.503| 1.579| 0.860| 1.448| 1.347| 3| 0.405| 1.174| 0.557| 0.684| 0.705| 4| 0.728| 1.060| 1.143| 0.795| 0.931| 5| 0.561| 0.969| 0.708| 0.368| 0.652| 6| 0.449| 0.254| 0.715| 0.412| 0.4 57| 7| 0.472| 1.113| 1.333| 0.773| 0.923| 8| 0.521| 1.141| 0.685| 1.116| 0.866| 9| 0.414| 0.544| 1.065| 0.750| 0.693| 10| 1.406| 1.018| 1.

646| 1.482| 1.388| 11| 2.182| 1.133| 1.341| 1.484| 1.535| 12| 1.913| 1.031| 1.230| 1.330| 1.376| First, we orchestrate the amount crusade of yr 1, 2, 3 and family 4. The second-rate demand is be to total demand of 12 month divide to 12. Second, we point the seasonal factors of 12 months of 4 geezerhood. The seasonal factor of a month is contact to demand of this month divide to the average demand of this year. And then, we calculate the average seasonal f actor of distributively month. The average ! seasonal factor of each month is oppose to total seasonal factor of this month of 4 geezerhood divide to 4. Finally, we calculate the demand of each month of year 5. The demand of a month of year 5...If you want to delineate a full essay, order it on our website: OrderCustomPaper.com

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