Assume a company manufactures only two products$-14,000$ units of Product G and $6,000$ units of Product H $.$ It is considering implementing an activity$-$based costing $($ABC$)$ system that allocates all of its manufacturing overhead to three cost pools. The following additional information is available for the company as a whole and for Products G and H :

$\backslash$table$[[$Activity Cost Pool,Activity Measure,Estimated$],[$Overhead Cost Expected Activity,,$]]$

Using the ABC system, how much total overhead cost would be assigned from all of the activities to Product H $?$

Assume a company's activity$-$based costing system includes three activities with the following activity rates:

$\backslash$table$[[$Activity Cost Pool,Activity Rate$],[$Testing$,$$$2$ per testing minute$],[$Setups$,$$$55$ per setup hour$],[$Molding$,$$$22$ per machine$-$hour$]]$

Two of the company's many products include Product A and Product B$.$ These two products consumed the company's activities as follows:

$\backslash$table$[[,$Total Expected Activity,$],[$Testing $($number of testing minutes$),$Product A$,$Product B$],[$Setups $($number of setup hours$),300,250],[$Molding $($number of machine$-$hours$),15,5]]$

If the company makes $50$ units of Product $B$ and this product's direct material cost per unit is $$17$ and its direct labor cost per unit is $$12,$ then what is the total product cost assigned to Product B$?$