$\backslash$table$[[$Item Description,JAN,FEB,MAR,APR,MAY,JUN$],[105$ Flat Screen TV$,55,67,75,82,,],[60$ Count Adult Hangers,$5609,6860,2501,3423,7341,],[$Power Steering Fluid,$4925,4201,3869,3966,3720,],[$Aquafina Water $32$ Count,$3504,7936,8131,6255,7722,],[$Pelligrino Sparkling Water $24$ PK$,1447,1382,1426,1263,1072,],[$Crayola Scribble Scrubby Animal Toy,$477,511,462,289,561,],[$Princeton Research Apple Cider Vinegar,$46,72,74,11,82,]]$

Please use the table above to answer the following questions

Utilizing the weighted moving average technique, and using $5$ periods of history, and applying the following weights $($with the first applying to the most recent month and following that sequence$)$: $0\mathrm{.}4,0\mathrm{.}3,0\mathrm{.}2,\mathrm{.}05,\mathrm{.}05$; what would be the forecast for the Aquafina Water $32$ Count in June $($Please round up to the nearest whole number$)?$