Answer:
17%
Explanation:
Market price of a bond is the total sum of discounted coupon payment plus par value at maturity. This is a 10-year bond with semi-annual payment so there will be 20 coupon payment in total. Let formulate the bond price as below:
Bond price = [(Coupon rate/2) x Par]/(1 + YTM/2) + [(Coupon rate/2) x Par]/(1 + YTM/2)^2 + ... + [(Coupon rate/2) x Par + Par]/(1 + YTM/2)^20
Putting all the number together, we have
1,158.91 = [(Coupon rate/2) x 1000]/(1 + 7%) + [(Coupon rate/2) x 1000]/(1 + 7%)^2 + ... + [(Coupon rate/2) x 1000 + 1000]/(1 + 7%)^20
Solve the equation, we have Coupon rate = 17%
In order to determine the effect of the tax on the demand and supply graph, please check the attached image.
A tax is a form of transfer to wealth from businesses to the government. Taxes increase the price of goods and services. As a result of the tax levied on the producers of automobile tires, the cost of making tires would increase. This would make producing tires more expensive.
As a result of the increase in the cost of making tires, the production of tires would fall. As a result, there would be a leftward shift of the supply curve. This would lead to a rise in equilibrium price and a decrease in equilibrium quantity.
To learn more, please check: brainly.com/question/13499204?referrer=searchResults
Answer:
correct option is A. $331,000
Explanation:
given data
Direct materials = $86,000
Direct labor = 130,000
Variable factory overhead = 57,000
Fixed factory overhead = 135,000
Total costs = $408,000
avoidable = $58,000
to find out
highest price that McMurphy should be willing to pay for 12,000 units of the part is
solution
we get here highest price that McMurphy should be willing to pay for 12,000 units of the part that is express as
highest price = Direct material + Direct Labor + variable factory overhead + avoidable fixed overhead .....................1
put here value we get
highest price = $86000 + $130000 + $57000 + $58000
highest price = $331,000
so correct option is A. $331,000
A) Positioning your hands so your fingers don't get caught under the load
Answer:
6.75%
Explanation:
The calculation of the coupon rate is given below:
Given that
PV = $1,037
FV = $1,000
YTM = 6.4% ÷ 2 = 3.2%
NPER = 17.5 × 2 = 35
The formula should be
=PMT(RATE,NPER,-PV,FV,TYPE)
After applying the above formula, the pmt should be $33.77
Annual pmt is
= $33.77 × 2
= $67.55
Now the coupon rate is
= 67.55 ÷$1,000
= 6.75%
