Velshi Printers has contracts to complete weekly supplements required by forty $-$ six customers. For the year $2020,$ manufacturing overhead cost estimates total $$1,000,000$ for an annual production capacity of $20$ million pages.

For $2020$ Velshi Printers has decided to evaluate the use of additional cost pools. After analyzing manufacturing overhead costs, it was determined that number of design changes, setups, and inspections are the primary manufacturing overhead cost drivers. The following information was gathered during the analysis:

$\backslash$table$[[$Cost pool,$\backslash$table$[[$Manufacturing$],[$overhead costs$]],$Activity level$],[$Design changes,$$200,000,500$ design changes$],[$Setups$,720,000,4,000$ setups$],[$Inspections$,80,000,10,000$ inspections$],[$Total manufacturing overhead costs,$$1,000,000,]]$

During $2020,$ two customers, Money Managers and Hospital Systems, are expected to use the following

$\backslash$table$[[$printing services:,Money Managers,Hospital Systems$],[$Activity$,50,000,66,000],[$Pages$,12,0],[$Design changes,$21,11],[$Setups$,26,34],[$Inspections$,26,]]$

Using the three cost pools to allocate overhead costs, what is the total manufacturing overhead cost estimate for Money Managers during $2020?($Do not round interim calculations. Round the final answer to the nearest cent.$)$

$$ A$.$ $$2,052\mathrm{.}00$

B$.$ $$5,448\mathrm{.}00$

C$.$ $$8,788\mathrm{.}00$

D$.$ $$7,092\mathrm{.}00$