Answer:
the annual rate of return is 15.24%
Explanation:
The computation of the annual rate of return is shown below:
Given that
NPER = 5
PV = -$15,000
PMT = $4,500
FV = $0
The formula is shown below:
= RATE(NPER,PMT,-PV,FV,TYPE)
AFter applying the above formula, the annual rate of return is 15.24%
Based on business strategies and production, the statement that is true about product life cycles is "Early adopters buy in the introductory phase."
<h3>What is the Life Cycle of a Product</h3>
The life cycle of a product is a term that is used to describe the proportion of time a product goes from being introduced into the market by the producers until it's taken off the shelve.
Usually, the product life cycle is in different stages, and each of the stages is important to the success of the products in the market.
<h3>The Life cycle of a product is the following:</h3>
- introduction,
- growth,
- maturity, and
- decline.
Generally, the in the introduction stage of a product's life the early adopters are the first category of consumers that try new products before most other consumers key into it.
Hence, in this case, it is concluded that the correct answer is option c. "Early adopters buy in the introductory phase."
Learn more about the Product Life cycle here: brainly.com/question/7510515
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Answer:
11.23%
Explanation:
Arithmetic return = Total return/Total time period
6% = (14% + 17% - 1% + x%) / 4
(6%*4) =30% + x
24% = 30% + x
x = (24% - 30%)
x = -6%
<em>For the standard deviation, we need to use </em><u><em>stdev.s function</em></u><em> in Ms Excel</em>
Standard deviation = stdev.s (14%,17%,-1%,-6%)
Standard deviation = 0.112249722
Standard deviation = 11.23%
So, the standard deviation of the stock's returns for the four-year period is 11.23%.
Answer:
Second National Bank
Present value (PV) = $5,400
Future value (FV) = $13,900
Interest rate (r) = 10% = 0.10
FV = PV(1 + r)n
$13,900 = $5,400(1 + 0.10)n
<u>$13,900</u> = (1.10)n
$5,400
2.574074074 = (1.10)n
Log 2.574074074 = n log 1.10
<u>Log 2.574074074</u> = n
Log 1.10
n = 9.9 years
None of the answers is correct
Explanation:
In this case, we will apply the formula of future value of a lump sum. The present value, interest rate and future value were provided with the exception of number of years. Thus, the number of years becomes the subject of the formula. The future value equals present value, multiplied by 1 plus interest rate, raised to power number of years.
