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
If it is GDP per capita it may understate the value of goods and services due to comparative inflation figures and costs of living in different countries. A GDP per capita Purchasing Power figure is more accurate for this type of comparison.
Answer:
differential cost of producing product C = $24 per pound
Explanation:
given data
B currently selling = $30 per pound
produce cost = $28 per pound
C would sell = $60 per pound
produce additional cost = $24 per pound
to find out
What is the differential cost of producing Product C
solution
we get differential cost of producing product C is express as
differential cost of producing product C = cost of (B+C) - cost of B .............1
put here value we get
differential cost of producing product C = (28+24) - 28
differential cost of producing product C = $24 per pound
The answer to your question is TRUE
The correct answer for the for loop is:
for (int i=1; i<200; i++){
if ((i%2)==0 && (i%3)==0){
cout << i << " ";
}
}
Python offers three options for running the loops. For iterating repeatedly through a sequence, use a for loop (that is either a list, a tuple, a dictionary, a set, or a string). This functions more like an iterator method seen in other object-oriented programming languages and is less like the for keyword found in other programming languages. The for loop allows us to run a series of instructions once for each element of a list, tuple, set, etc. There is no need to set an indexing variable before using the for loop.
Write a for loop that prints, in ascending order, all the positive integers less than 200 that are divisible by both 2 and 3, separated by spaces.
Learn more about loops here:
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