$!$ Required information M$4-10$ to M$4-12$ Lakeside Incorporated manufactures four lines of remote control boats and uses activity$-$based costing to calculate product cost. $[[,$Estimated,$],[$Activity Pools,Total Cost,Estimated Cost Driver$],[$Machining$,581,400,19,000$ machine hours$],[$Setup$,95,175,470$ batches$],[$Quality control,$147,200,920$ inspections$]]$ M$4-11($Algo$)$ Assigning Costs Using Activity Rates $[$LO $4-4]$ Required: Suppose the Speedy boat requires $2,740$ machine hours, $100$ batches, and $300$ inspections. Using the activity rates, determine the amount of overhead assigned to the Speedy product line. Note: Do not round your intermediate calculations and round your final answers to the nearest dollar amount. $[[$Cost Pool,Allocated Overhead$],[$Machining$,],[$Setup$,],[$Quality Control,$],[$Total Overhead,$]]$

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Required information

M$4-10$ to M$4-12$

Lakeside Incorporated manufactures four lines of remote control boats and uses activity$-$based costing to calculate product cost.

$\backslash$table$[[,$Estimated,$],[$Activity Pools,Total Cost,Estimated Cost Driver$],[$Machining$,$$$639,600,20,500$ machine hours$],[$Setup$,101,625,500$ batches$],[$Quality control,$157,700,950$ inspections$]]$

M$4-11($Algo$)$ Assigning Costs Using Activity Rates $[$LO $4-4]$

Required:

Suppose the Speedy boat requires $2,800$ machine hours, $100$ batches, and $300$ inspections. Using the activity rates, determine the amount of overhead assigned to the Speedy product line.

Note: Do not round your intermediate calculations and round your final answers to the nearest dollar amount.

$\backslash$table$[[$Cost Pool,Allocated Overhead$],[$Machining$,],[$Setup$,],[$Totality Control,$]]$