A proposed project has the following cash flow estimates:A proposed project has the following cash flow estimates:

Assuming independent cash flows, a normally distributed net present value, and a minimum attractive rate of return of

$18\%,$ determine an analytical solution for the following:

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Part a

Part b

Part c

Part d

Using a Monte Carlo simulation with $10,000$ iterations, estimate the probability that the present worth is positive

and estimate the probability that the present worth is greater than $$5,000.$

The probability that the net present value is positive:

The probability that the net present value is greater than $$5,000$ :

Carry all interim calculations to $5$ decimal places and then round your final answer to $1$ decimal

place. The tolerance is $+-0\mathrm{.}4.$

Assuming independent cash flows, a normally distributed net present value, and a minimum attractive rate of return of

$18\%,$ determine an analytical solution for the following:

Click here to access the TVM Factor Table Calculator

Part a

Part b

Part c

Part d

Using a Monte Carlo simulation with $10,000$ iterations, estimate the probability that the present worth is positive

and estimate the probability that the present worth is greater than $$5,000.$

The probability that the net present value is positive:

$\%$

The probability that the net present value is greater than $$5,000$ :

Carry all interim calculations to $5$ decimal places and then round your final answer to $1$ decimal

place. The tolerance is $+-0\mathrm{.}4.$