$\backslash$table$[[$Activity Pools,Cost Driver,$\backslash$table$[[$Cost$],[$Assigned to$],[$Pool$]],\backslash$table$[[$Quantity or Amount$],[$Consumed by Indoor Line$]],\backslash$table$[[$Quantity or Amount Consumed$],[$by Outdoor Line$]]],[$Materials handling,Number of moves,$$22,248,550$ moves,$530$ moves$],[$Quality control,Number of inspections,$$71,070,6,100$ inspections,$4,200$ inspections$],[$Machine maintenance,Number of machine hours,$$24,090,29,000$ machine hours,$4,000$ machine hours$]]$

Required:

Suppose Carlise used a traditional costing system with machine hours as the cost driver. Determine the amount of overhead assigned to each product line.

Calculate the activity proportions for each activity pool in Carlise's ABC system.

Calculate the amount of overhead that Carlise will assign to the Indoor line if it uses an ABC system.

Determine the amount of overhead Carlise will assign to the Outdoor line if it uses an ABC system.

Compare the results for a traditional system with an ABC system. Which do you think is more accurate?

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

Required $1$

Calculate the activity proportions for each activity pool in Carlise's ABC system.

Note: Round your answers to $2$ decimal places.

$\backslash$table$[[,$Activity Proportions$],[,$Indoor Line,Outdoor Line$],[$Materials Handling,$\%$ per Move,$\%$ per Move$],[$Quality Control,$\%$ per Inspection,$\%$ per Inspection$],[$Machine Maintenance,$\%$ per Machine Hour,$\%$ per Machine Hour$]]$

Required $3>$