The maturity stage of the product life cycle is the longest stage, where sales peak and profit margins narrow. in this stage, new users or new uses may be added to extend the product life.
Introduction, growth, maturity, and decline are the four stages that make up a product's life cycle. Professionals in management and marketing use product life cycles to assist them to decide on advertising schedules, price points, expanding into new product markets, redesigning packaging, and more.
When sales reach their maturity stage, they start to slow down after a period of strong expansion. At this stage, businesses start lowering their prices in an effort to remain competitive against the escalating competition. The product life cycle's mature stage lasts the longest. At this time, the company has reached the peak of the demand cycle, sales growth is starting to slow down, and advertising tactics aren't doing anything to help.
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Answer:
The short run refers to a period of less than one year.
Explanation:
The statements is false that the short run refers to a period of less than one year.
The short run, long run and very long run are different time periods in economics.
<u>Short run – where one factor of production (e.g. capital) is fixed</u>.
long run – Where all factors of production are variable,
Unlike in accounting where operating period refer to a period of one year, <u> there is no hard and fast definition as to what is classified as "long" or "short" and mostly relies on the economic perspective being taken.</u>
Hello,
Once every 10 years, the Census Bureau does a comprehensive survey of housing and residential finance.
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Answer:
The expected return on security with a beta of 0.8 is closest to 7.2%.
Explanation:
This can be determined as follows:
Since the return of security Z remains at 4% despite the change in the market, security Z is the risk-free asset.
Note that a risk free asset is an asset which its returns does not change with change in the market.
Using the Capital Asset Pricing Model (CAPM) formula, we have:
Er = Rf + (B * MPR) ............................................ (1)
Where;
ER = Expected return = ?
Rf = Risk-free rate = Rate of return of security z = 4%
B = Beta = 0.8
MPR = Market risk premium = Expected return on the market rate - Risk-free rate
Expected return on the market rate = (50% * 24%) + (50% *(-8%)) = 8%
Therefore, we have:
MPR = 8% - 4% = 4%
Substituting the values into equation (1), we have
Er = 4% + (0.8 * 4%)
Er = 0.072, or 7.2%
Therefore, the expected return on security with a beta of 0.8 is closest to 7.2%.
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