Something not to consider when trying to get a positive return on investment (ROI) for higher education is: c. the type of food that is offered on the meal plan.
<h3>What is rate of return?</h3>
Rate of return can be defined as a net gain (profit) or loss that is associated with an investment over a specified period of time, and it's usually expressed as a percentage of the investment's initial cost.
This ultimately implies that, the rate of return must be higher than the rate of inflation in order for any business firm or individual to earn money on their investments.
Also, a positive return on investment (ROI) entails a net gain (profit) from an investment over a specified period of time. This ultimately implies that, the type of food that is offered on the meal plan isn't something to consider when trying to get a positive return on investment (ROI) for higher education.
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Complete Question:
Which of these is not something to consider when trying to get a positive return on investment (ROI) for higher education?
a. The cost of attendance.
b. The financial aid package that is offered to you.
c. The type of food that is offered on the meal plan.
d. Your expected career income.
Answer: Option C
Explanation: In a monopolistic competition market structure, there are many producers selling their products and each product is not a perfect substitute of the other.
The number of producers are large but each operate at a relatively smaller level. The products offered in the market are similar but not identical.
Hence, from the above explanation we can conclude that option C is correct.
Answer:
1,996,800 minutes
Explanation:
Calculation for what is the practical capacity of resources supplied in minutes
Practical capacity of resources supplied =52 weeks × 2,400 minutes per week× 80% × 20 employees
Practical capacity of resources supplied= 1,996,800 minutes
Therefore the practical capacity of resources supplied in minutes is 1,996,800 minutes
Answer:
Net present value = $2063.1922
Explanation:
given data
initially costs = $40,500
cash flows = $34,500
final cash inflow = $12,000
required rate of return = 18.5 percent
solution
The cash flows is
Year 0 = $40500
Year 1 = $0
Year 2 = $0
Year 3 = $34500
Year 4 = $34500
Year 5 = $0
Year 6 = $12000
so Net present value will be express as
Net present value = -Initial cash outflow + Present value of future cash flows ...............1
Present value of future cash flows = (cash flow in year n) ÷ (1 + required rate of return)^t ..........................2
put here value we get
Present value =
Present value = $42563.1922
Net present value= -$40500 + $42563.1922
Net present value = $2063.1922
The average is about 3 percent I got to say thats good