Answer:
Profit will increase by $2.3
Explanation:
Data provided in the question:
If instead of grooming 130130 dogs, he grooms 131131 dogs
Marginal cost = $65.82
Marginal revenue = $68.12
Now,
The effect on his profits of grooming 131 dogs instead of 130 dogs will be:
Change in profit = Marginal revenue - Marginal cost
or
Change in profit = $68.12 - $65.82
or
Change in profit = $2.3
Hence,
Profit will increase by $2.3
Answer:
A. True
Explanation:
Tactical planning outlines the short-term steps and actions that should be taken to achieve the goals described in the strategic plan.
Answer:
Annual market potential = $85,848 millions
Explanation:
The annual market potential is the expected sales value for the soft drink product for a year should the maximum number of potential consumers purchase the product at the average price.
Annual market potential = Average price × No of consuming unit × consumption rate per annum
Maximum number of consuming unit = 80%× 300 million =240 million
Consumption rate per buyer per annum = 365
Average price = $0.98
Annual market potential ($) = 0.98× 240× 365 =$85,848 millions
Annual market potential = $85,848 millions
The D - equations for wireless phones: P = D (P,eA,eB)
- The S- equation for wireless phones: Q = S (P,eA,eB)
- The Exogenous variable A = Price
- The Exogenous variable B = Population growth rate
<h3>What is the equation about?</h3>
The demand and supply relationship is one that differs in a lot of ways and often shown using a graph. Note that the upward slope of the curve on a graph shows the law of demand and the demand for wireless phones is one that can be affected by the amount of new mobile phone subscribers, the average cost of buying the wireless phone, and others.
Hence, The D - equations for wireless phones: P = D (P,eA,eB)
- The S- equation for wireless phones: Q = S (P,eA,eB)
- The Exogenous variable A = Price
- The Exogenous variable B = Population growth rate
Learn more about Demand from
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