Use the NPV method to determine whether Kyler Products should invest in the following projects:

Project A costs $$260,000$ and offers eight annual net cash inflows of $$58,000.$ Kyler Products requires an annual return of $16\%$ on projects like A$.$

Project B costs $$380,000$ and offers nine annual net cash inflows of $$66,000.$ Kyler Products demands an annual return of $12\%$ on investments of this nature.

$($Click the icon to view the present value annuity table.$)($Click the icon to view the present value table.$)$

$($Click the icon to view the future value annuity table.$)($Click the icon to view the future value table.$)$

Requirement

What is the NPV of each project? What is the maximum acceptable price to pay for each project?

Calculate the NPV of each project. $($Round your answers to the nearest whole dollar. Use parentheses or a minus sign for negative net present values.$)$

The NPV of Project $A$ is

$$(8,048).$

The NPV of Project $B$ is

$$(28,352).$

Now calculate the maxim$$m acceptable price to pay for each project. $($Round your answers to the nearest whole dollar.$)$

Project $A$ is