The selling price of the price that is offered to the buyer of the goods. The selling price of the car should be $<u><em>75,000</em></u>.
<h3>What is the selling price?</h3>
The selling price is the ultimate value of the goods the seller is willing to offer to the buyer at the time of sale. It is determined by adding up the profit margin to the actual cost of the goods.
The computation of the selling price of the car:
Given,
- Cost price =$60,000
- Margin =25%
Therefore, if Sherry wants to make 25% on the sale of each car then the car must be sold at $75,000 each.
Learn more about selling price, here:
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Answer:
The answer is C. link the advertisements to online promotions.
Explanation:
Now lets take a look at it one by one and see why C is the answer.
As in option A, she can ask a few friends whether they've seen the ad or not, but their replies would not accurately show the success of the promotion strategy.
In Option B, it take some time to measure the results and the quarterly sales numbers can be influenced by many factors and may not reflect the impact of this specific promotional campaign.
Option D is irrelevant, Elise's company sales and the sales of the newspapers are not related. So we can not take this as an answer.
Option C however is very applicable. If you link the advertisements to online promotions, when those who read the news paper comes to check the online promotion, we can see how well has the ad performed based on the number of online enrollments of the readers.
Answer:
Bond Value is $347.30
Explanation:
Zero coupon bond does not offer any return on the bond that's why it is issued on deep discount value.
Number of years = n = 20 years
Face value = F = $1,000
YTM = 5.43%
Price of the Bond = [ F / ( 1 + r )^n ]
Price of the Bond =[ $1,000 / ( 1 + 5.43% )^20 ]
Price of the Bond =[ $1,000 / ( 1.0543 )^20 ]
Price of the Bond = 347.30
Answer: 17.5%
Explanation:
The equilibrium will occur where the money demanded equals to the money supplied i.e Ms = Md
From the question, the supply of currency by the Central Bank = 40
Money Supply (Ms) = m × B
where m = Money multiplier = 2.5
Note that the money multiplier can also be equal to 1/rr in situations wherebt the consumers do not hold any currency.
rr = reserve ratio, = 0.4
B = monetary base = 40
Note that the monetary base here is 40.
Since reserve ratio = 0.4, therefore
m = 1/0.4 = 2.5
Therefore, Ms = m × B
= 2.5 × 40
= 100
Thus Money supply Ms = 100.
Money demand(Md) = Y(0.3 - i),
Y = income = 800
i = interest rate
Since (Md) = Y(0.3 - i),
Md = 800(0.3 - i)
Equate the equation for the money demand and money supply together.
Ms = Md
100 = 800(0.3 - i)
100 = 240 - 800i
800i = 240 - 100
800i = 140
i = 140/800
i= 0.175
= 17.5%
Therefore, the interest rate is 17.5%
