Answer:
Real rate of returns are lower than nominal rates of return, therefore, using a real discount rate would overestimate a project's net present value. This could result in unprofitable projects being accepted because the NPV was erroneously calculated. If you want to use a real discount rate, you must first convert cash flows to real dollars.
For example, nominal discount rate is 10%, inflation rate is 5%, real discount rate is 5%.
Initial outlay $100
NCF year 1 = $40
NCF year 2 = $40
NCF year 3 = $40
Using the real discount rate, the NPV = $8.93
Using the nominal discount rate, the NPV = -$0.53
Answer:
Loss on the retirement of $4,750
Explanation:
The following have the effect on the income statement which is a loss on the retirement and it amounts to $4,750
It is computed as:
Loss on retirement = Retirement value of the bonds - Issued price of the bonds
= $71,150 - $66,400
= $4,750
Working Note:
Issued Price of bonds = Face value - Discount on bonds payable
= $70,000 - $3,600
= $66,400
The areas are an example of <span>a decrease in the price and an increase in the quantity of the firm's output.
The green areas would decrease the amount of money that the company need to handle waste of production, and social responsibility related cost, which would decrease the price and increase the firm's output.</span>
Answer:
1.1%
Explanation:
Calculation to determine what the probability of the next purchase order having an error is using
an empirical probability
Using this formula
Probability=Purchase orders errors/Purchase orders filled
Let plug in the formula
Probability=1100/100000
Probability=0.011*100
Probability=1.1%
Therefore using an empirical probability the probability of the next purchase order having an error is 1.1%
