$($Related to Checkpoint $13\mathrm{.}3)($Scenario analysis$)$ Family Security is considering introducing tiny GPS trackers that can be inserted in the sole of a child's shoe, which would then allow for the

tracking of that child if he or she was ever lost or abducted. The estimates, that might be off by $12$ percent $($either above or below$),$ associated with this new product are shown here: $.$ Since

this is a new product line, you are not confident in your estimates and would like to know how well you will fare if your estimates on the items listed above are $12$ percent higher or $12$ percent lower

than expected. Assume that this new product line will require an initial outlay of $$1\mathrm{.}09$ million, with no working capital investment, and will last for $10$ years, being depreciated down to zero

using straight$-$line depreciation. In addition, the firm's required rate of return or cost of capital is $9\mathrm{.}5$ percent, and the firm's marginal tax rate is $34$ percent. Calculate the project's NPV under

the "best$-$case scenario" $($that is$,$ use the high estimates$-$unit price $12$ percent above expected, variable costs $12$ percent less than expected, fixed costs $12$ percent less than expected, and

expected sales $12$ percent more than expected$).$ Calculate the project's NPV under the "worst$-$case scenario."

The NPV for the best$-$case scenario will be $$1,818,063.($Round to the nearest dollar.$)$

The NPV for the worst$-$case scenario will be $$.($Round to the nearest dollar.$)$