Simple answer....too break it down if there was no consumers there would be Stores open.
Definition of consumer is a person who purchases goods and services for personal use.
Answer:
The NPV = $1578.185602 rounded off to $1578.19
As the NPV is positive, the project should be accepted.
Explanation:
The Net Present Value or NPV is a tool used to evaluate projects. It is used with various other tools to decide whether to undertake a project or not. To calculate the Net Present Value or NPV, we take the present value of the cash inflows provided by the project and deduct the initial cost of the project. If the NPV is positive, we should proceed with the project and vice versa.
NPV = CF1 / (1+r) + CF2 / (1+r)^2 + ... + CFn / (1+r)^n - Initial Cost
Where,
- CF1, CF2, ... represents cash flow in Year 1, Year 2 and so on.
- r is the required rate of return
NPV = 3200 / (1+0.17) + 3200 (1+0.17)^2 + 3200 (1+0.17)^3 +
3200 (1+0.17)^4 + 5700 (1+0.17)^5 - 9800
NPV = $1578.185602 rounded off to $1578.19
Answer:
Concentrated Targeting Strategy
Explanation:
Concentrated Targeting Strategy refers to a situation in which an organization focus its marketing efforts on only a specific segment of the market. That is, only one marketing mix is developed.
Concentrated Targeting Strategy allows the producer focus on the needs and wants of a particular segment of the consumers/ population. The producer directs all it's efforts to the satisfaction of a segment of the consumers.
Concentrated Targeting Strategy could be disadvantageous if the demand of the focused segment of consumers is low. Low demand will affect the financial position of an organization.
Answer:
The CPA Practice Advisor
The probability that the mean price for a sample of 30 federal income tax returns is within $16 of the population mean is:
= 56%
Explanation:
a) Data and Calculations:
Population mean (preparation fee for 2017 federal income tax returns) = $273
Population standard deviation of preparation fees = $100
Mean price for a sample of 30 federal income tax returns = $257 (which is within $16 of the population mean)
z = (x-μ)/σ
z = standard score
x = observed value
μ = mean of the sample
σ = standard deviation of the sample
Z = ($273 - $257)/$100
= 0.16
Using the z-table
P = 0.5636
<span>Shane, who is interested in new ways to get more capital for his business that sells and services appliances, is highly protective of his company's information and often worries that it may fall into the wrong hands. With this state of mind, Shane is likely not interested in incorporating his money</span>
