PP$\mathrm{.}52$ A manufacturer of solid state drives $($SSDs$)$ has projected the next six months of demand to be as shown the table below:

Supply$/$Demand Info Beginning Jan Feb Mar Apr May Jun

Forecast $($demand$)54,20056,20052,80047,60046,40062,000$

Regular production

Overtime production

Subcontract production

Ending inventory $5,800$

Hired employees

Fired employees

Total employees $190$

Cost variables are as follows:

Cost Variables

Labor cost$/$hour $$14$

Overtime cost$/$unit $$34$

Subcontracting cost$/$unit $$27$

Holding cost$/$unit$/$month $$15$

Hiring cost$/$employee $$3,500$

Firing cost$/$employee $$4,900$

Here is some additional relevant $($capacity$)$ information:

Capacity Information

Total labor hours$/$SSD $4$

Regular production units$/$employee$/$month $200$

Max regular production$/$month $53,400$

Max overtime production$/$month $3,600$

Max subcontractor production$/$month $5,800$

Assuming the company uses regular production first, then ONLY overtime and$/$or subcontract production, answer the following questions:

What is the regular production cost $($over the six months from January through June$)$ for a CHASE production plan? $($Display your answer to the nearest whole number.$)$

Number

What is the total overtime production cost for this production plan? $($Display your answer to the nearest whole number.$)$

Number

What is the total subcontract cost for this production plan? $($Display your answer to the nearest whole number.$)$

$232200$

What is the total holding cost for this production plan? $($Display your answer to the nearest whole number.$)$

$0$

What is the total hire cost for this production plan? $($Display your answer to the nearest whole number.$)$

Number

What is the total fire cost for this production plan? $($Display your answer to the nearest whole number.$)$

Number

What is the total cost $($sum of all costs$)$ for this production plan? $($Display your answer to the nearest whole number.$)$

Number