Answer:
<u>The number of responses if a discount is offered would be 33,250</u>
Explanation:
1. Let's review the information given to us to answer the question correctly:
Number of responses you had without offering discount = 19,000
Percentage of increase if you offer a discount = 75%
2. If you mail the same size list and offer discount how many responses would you expect?
Number of responses if a discount is offered = Number of responses you had without offering discount * (1 + 0.75)
Replacing with the real values, we have:
Number of responses if a discount is offered = 19,000 * 1.75
Number of responses if a discount is offered = 33,250
<u>The number of responses if a discount is offered would be 33,250</u>
Answer:
The answer is A. demand for money falls and the interest rate falls
Explanation:
The demand for money is the amount of money or amount of wealth households or businesses choose to hold in the form of money(cash or cash-equivalent).
When the price level decreases, the purchasing power of consumers increases, so consumers' demand for money will be reduced or lower. The transactional demand for money will be reduced.
Also when price level decreases, interest rate falls. Because the purchasing power of consumers has been increased, the excess money will be kept in banks and the increases the money supply. So with an increase in money supply, interest rate will be reduced to encourage borrowing.
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:
brainly.com/question/3798799
Answer:
The net present value of the machine is $5530
Explanation:
Data provided in the question:
Cost of the equipment = $84,000
Annual after-tax net income from the equipment after deducting depreciation = $3,000
Depreciation = $28,000
Useful life = 3 years
Required return on investment = 9% = 0.09
Now,
After-tax cash flow = After-tax net income + Depreciation
= $3,000 + $28,000
= $31,000
Therefore,
Net Present Value = Present value of cash flow - Investment
= ( $31,000 × PVIFA(11%, 3)
) - $84,000
= ( $31,000 × 2.5313 ) - $84,000
= $78470.3 - $84,000
= -$5529.7 ≈ - $5530
hence,
The net present value of the machine is $5530
Answer:
Instructions are listed below
Explanation:
Giving the following information:
The high-low method involves taking the highest level of activity and the lowest level of activity and comparing the total costs at each level.
Mountain has recorded the following for the past nine months:
January:
Number of Cavities= 375
Total cost= $5,300
February:
Number of Cavities 500
TC= 5,850
March
Number of Cavities 350
TC= 5,200
April
Number of Cavities 600
TC=6,250
May
Number of Cavities 325
TC= 5,150
June
Number of Cavities 475
TC= 5,700
July
Number of Cavities 525
TC= 6,100
August
Number of Cavities 575
TC= 6,300
September
Number of Cavities 450
TC= 5,550
A) Variable cost= (Highest activity cost - lowest activity cost) / (Highest activity units - lowest activity units)
Variable cost= (6300 - 5150) / (600 - 325)= 4.18 per unit
Fixed cost= HACost - (variable cost per unit * HAUnits)= 6300 - (4.18*600)= 3792
Fixed cost= LACost - (variable cost per unit* LAUnits)= 5150 - (4.18*325)= 3792
B) Q= 400
Total cost= 3792 + 4.18*400= $5464
