Paul is able to look at things from different perspectives. He prefers to watch rather than do, and tends to gather information
1 answer:
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Answer: 20.99
Explanation:
The optimal bison-killing tax is 20.99
Before the optimal bison-killing tax (per bison) is gotten, we had to calculate the optimum amount of killing first which is represented by b.
After b has been gotten, the value of b was 19.1 and this was slotted into the tax in order to get the value of t.
The analysis and explanation has been attached below
Answer:
$62,800
Explanation:
Following Garfield Corp's policy, the number of pet beds that must be purchased, assuming no initial inventory, is given by the expected number of sales in March (1,300 units) added to 30% of the expected sales in April (30% of 900 units):
Since the company purchases each pet bed for $40, total budgeted purchases are:
Garfield Corp's total budgeted purchases for March are $62,800.
Answer:
$468,844 approx.
Explanation:
<u>Assumption</u>: <u>Since the question is incomplete, with the available information it has been construed that calculation of bond price is required and the question has been solved accordingl</u>y.
The price of a bond is the present value of future cash receipts it generates to the investor in the form of interest stream and principal stream.
wherein,
= price of bond as on today
i = annual coupon payments
ytm= investor's expectation of interest or market rate of interest on similar bonds
RV = Redemption value of such bonds assumed to be the face value
n = term to maturity
12.46221 × 22,500 + 0.376889 × 22,500 = 280,399.725 + 188444.5
$468,844 approx
This is the present value of the bond which is lower than it's face value because market rate of return of similar bonds is higher than the coupon rate of payment by Westside Corporation.