$\backslash$table$[[$Quarter$,$Year $1,$Year $2,$Year $3],[1,2,000,2,300,2,550],[2,1,250,1,450,1,750],[3,900,1,125,1,375],[4,6,000,6,050,6,150],[$Total$,10,150,10,925,11,825]]$

a$.$ Use intuition and judgment to estimate quarterly demand for the fourth year.

The forecast for quarter $1$ is $2,775$ boxes of chocolates. The forecast for quarter $2$ is $2,000$ boxes of chocolates. The forecast for quarter $3$ is $1,425$ boxes of chocolates. The forecast for quarter $4$ is $6,450$ boxes of chocolates.

b$.$ If the expected sales for chocolates are $12,575$ cases for year $4,$ use the multiplicative seasonal method to prepare a forecast for each quarter of the year. $($Round all intermediate calculations to two decimal places.$)$

The first quarter forecast is $2,610$ boxes of chocolates. $($Enter your response rounded to the nearest whole number.$)$

The second quarter forecast is boxes of chocolates. $($Enter your response rounded to the nearest whole number.$)$