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Suppose the demand for Digital Video Recorders (DVRs) is given by Q = 250 - .25p + 4pc, where Q is the quantity of DVRs demanded (in 1000s), p is the price of a DVR, and pc is the price of cable television. How much does the quantity demanded for DVRs change if the p rises by $40? A) drops by 10,000 DVRs B) increases by 16,000 DVRs C) drops by 2,500 DVRs D) increases by 4,000
Answer:
Drops by 10,000 DVRs
Explanation:
The demand for digital video recorders is expressed by
Q= 250- .25p+4pc
Where
Q represents the quantity demanded by the customers
P represents the price of DVR
pc represents the price of cable television
Since the factor of p in the expression above is negative, this implies that the quantity of DVR demanded in the market will reduce
If the price of DVR increase by $40, then the quantity demanded will reduce by
= 0.25×40×1000
= 10×1000
= 10,000 units
Hence the quantity of DVRs drops by 10,000 DVRs if the price is increased to $40
Answer:
a. $3.13 per unit
b. No
c Yes
Explanation:
The computation is shown below
a. Fixed overhead per unit is
= Fixed overhead ÷ Number of units manufactured
= $363,000 ÷ 116,000 units
= $3.13 per unit
b. The cost calculation is not appropriate because the fixed overhead per unit is not be involved while calculating the cost
c. Now the acceptance of the offer should be based on total relevant cost which is
Total relevant cost
= $6.1 + $6.1 + $8.1
= $20.3
Since the offer is accepted because total relevant cost is less than the offered purchase price i.e $24.50
Answer:
Who am I trying to reach?
Explanation:
Targeting and segmentation is the process by which a company focuses marketing activities regarding a particular product to a defined customer profile.
Certain criteria like income, age, location, culture and so on can be used as a basis for segmentation.
Basically the question that segmentation and targeting answers is - Who am I trying to reach?
In the given scenario the bicycle repair company conducted segmentation research and then targeted their direct mail coupons for a first bike tune-up to that identified customer segment.
So they answered who they want to sell to.
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
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