Answer:
The alignment of numbers in the first part of the question is off. However, you solve this question as shown below. The correct answer is C. $1,124.
Explanation:
This is a one-time cashflow type of question where the principal amount is invested once and no other addition is made to the account. You use the future value formula to solve the result of the compounding effect at year 3.
FV formula;
FV = PV(1+r)^n
PV = 800
discount rate; r = 12% or 0.12
total duration of investment; n = 3
therefore; FV = 800(1+0.12)^3
FV = 800 * 1.404928
FV = 1123.94
To the nearest whole dollar, the amount will grow to $1,124
Answer:
-$1,562.50
Explanation:
Calculation to determine The highest net profit possible for the speculator based
Premium of the option = $.05 per unit * (31,250 units)
Premium of the option= -$1,562.50
Therefore Based on the information given and the above calculation The HIGHEST NET PROFIT that will be possible for the speculator will be -$1,562.50
THAT LINK IS A VIRUS DO NOT GO TO IT ALL LINKS ARE VIRUSES and also if you go to “goggle” you should see a camera icon on the top right and take a picture of the question and maybe get the answer there
Answer:
a natural monopoly
Explanation:
A monopoly is a market structure which is typically characterized by a single-seller (one seller) who sells a unique product in the market by dominance. This ultimately implies that, it is a market structure wherein the seller has no competitor because he is solely responsible for the sale of unique products without close substitutes.
A monopolist refers to any individual that deals with the sales of unique products in a monopolistic market.
On a related note, a natural monopoly is a market that runs most efficiently when all of the output is supplied by one large business firm. Thus, a business firm is considered to be a natural monopoly if it's capable of producing the total output of the market at a lower cost than two or more business firms could.
Some examples of natural monopoly are the United States Postal Service, electricity grid, water supply, gas network, sewer services, energy distributors, railway service, etc.
<span>Assuming that we consider the standard workday of eight hours, each part would take 18.75 minutes per part completion. In order to complete 1,250 parts, it would take 8.33 days to complete. In order to complete the 1,250 parts, the manufacturer would have to create at least eight work stations to meet the daily demand.</span>
