Required:

Compute an activity rate for each activity using activity$-$based costing.

The following actual activity usage produced $10,000$ Pup tents and $6,000$ Pop$-$up tents. Allocate overhead cost to Pup tents and to Pop$-$up tents and compute overhead cost per unit for each product.

$\backslash$table$[[,$Activity Usage$],[$Activity Cost Driver,Pup tents,Pop$-$up tents$],[$Direct rabor hours$($DLH$),37,500,19,500],[$Machine hours $($MH$),4,000,6,000],[$Purchase orders$($P$0),200,300]]$

Compute product cost per unit for Pup tents and for Pop$-$up tents.

For each product, compute the gross profit per unit $($selling price per unit minus the product cost per unit$).$

Complete this question by entering your answers in the tabs below.

Required $1$

Required $3$

Compute an activity rate for each activity using activity$-$based costing. $($Round "Activity Rate" to $2$ decimal places.$)$

$\backslash$table$[[$Activity$,$Budgeted Cost,Budgeted Activity Usage,Activity Rate$],[$Assembly$,,,,,],[$Electricity$,,,,,],[$Materials purchasing,,,,,$]]$

Required $1$ Required $2$

The following actual activity usage produced $10,000$ Pup tents and $6,000$ Pop$-$up tents. Allocate overhead cost to $P$ Pop$-$up tents and compute overhead cost per unit for each product. $($Round "Activity Rate" and "Overhead per unit" places.$)$

$\backslash$table$[[$Allocate overhead to Pup tent$],[$Activity$,$Activity Usage,Activity Rate,Allocated Cost$],[$Assembly$,,,$$