On a linear demand curve, if the price is low and the quantity demanded is high, demand is Inelastic in that region and a price increase will cause an increase in total revenue
Revenue in accounting refers to the entire amount of money made through the sale of products and services that are essential to the company's core operations. [1] The term "commercial revenue" can also refer to sales or turnover. Some businesses make money from royalties, interest, or other fees. [2] The term "revenue" can mean income in general or the total amount of money earned over a certain time period, as in "Last year, Company X had revenue of $42 million." The general definition of profits or net income is total revenue less total expenses for a specific time period. Revenue is a component of the Equity section of the balance sheet in accounting, and revenue raises equity.
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Answer:
- <u>an airline targeting customers with over 500k miles of travel on its airline</u>
Explanation:
Note, the focus of behavioral segmentation is to identify and separate the marketing strategy used on clients/customers based on mainly their behavior, and not on demography (age, gender, etc) or geography.
Hence, the best scenario from the above options is that of an airline that targets customers with over 500k miles of travel on its airline. In other words, their traveling behavior (distances covered) is the basis why they are targeted, without consideration of demography or their geography.
The answer, on the point of view of Boster, is A. Debit notes receivable and credit accounts receivable (not payable i think). This is from the point of view of Boster. So to Boster, he will have an accounts receivable by Martin company. So what Martin did is that he offered a promissory note to Boster. This will increase Boster's notes receivable. At the same time, this will also lessen Boster's accounts receivable since this turned into a notes receivable.
Answer:
Instructions are below.
Explanation:
Giving the following information:
Value at 18= $4,909
Interest rate= 3%
To calculate the final value, we need to use the following formula:
FV= PV*(1+i)^n
A) Number of years= 7
FV= 4,909*(1.03^7)= $6,307.45
B) Number of years= 47
FV= 4,909*(1.03^47)= $19,694.39
C) Finally, we need to determine the original investment. We need to isolate the present value from the formula:
PV= FV/(1+i)^n
PV= 4,909/(1.03^18)
PV= $2,883.52
