Answer:
Yes, she should buy
Explanation:
The cost price of the electronic games is $55 per unit.
The selling price is $89 per unit.
The margin is dollar = selling price - cost price
=$89- $55
=$34
As a percentage, the margin will be
=34/55 x 100
=61.82%
If her normal margin is 35%, then the offer is good for her.
Price is the value that is put into a product or service As a result of lots of calculations, research, understanding, and risk-taking. A pricing strategy, on the other hand, is the smart way a company makes in order to target and attract customers. There are four pricing strategies:
<span>1. </span>Premium pricing
<span>2. </span>Penetration pricing
<span>3. </span>Economy pricing and
<span>4. </span>Skimming pricing
Premium pricing and skimming strategy both use a high price while penetration pricing and economy pricing use a low price. <span>
<span>When Dillard company reduced the price of children’s Levis from $31.99 to $24.99, the used the penetration pricing. And when the manager of Jenney instructed his staff to do the same, he used the penetration pricing strategy also to attract customers. </span></span>
Answer:
2. second-price, sealed-bid auction.
Explanation:
In the given situation, it is mentioned that there is 25 risk -neutral bidders that contains the affiliated values and the same is to be allocated between $0 and $500 million
So, here the type of an action that could maximize the expected revenue is the second price i.e. sealed bid auction as in this the bidder provides the maximum price that received the good in the second maximum price
Therefore, the second option is correct
Answer:
Net present value = $2063.1922
Explanation:
given data
initially costs = $40,500
cash flows = $34,500
final cash inflow = $12,000
required rate of return = 18.5 percent
solution
The cash flows is
Year 0 = $40500
Year 1 = $0
Year 2 = $0
Year 3 = $34500
Year 4 = $34500
Year 5 = $0
Year 6 = $12000
so Net present value will be express as
Net present value = -Initial cash outflow + Present value of future cash flows ...............1
Present value of future cash flows = (cash flow in year n) ÷ (1 + required rate of return)^t ..........................2
put here value we get
Present value = 
Present value = $42563.1922
Net present value= -$40500 + $42563.1922
Net present value = $2063.1922
