Answer:
$11.60
Explanation:
In ascertaining the parity price of the common stock, we need to ascertain the conversion ratio which is the par price of the preferred stock divided by the convertible price
The par value of the preferred stock=$100(since call price is $110)
convertible price=$10
conversion ratio=$100/$10=10
The parity price is the current market price of the preferred stock divided by the conversion ratio
Parity price=$116/10
Parity price=$11.60
Answer:
The company should print the 3,000 units of Tennessee as they will yield a gain for 3,000 dollars.
Because it faces economies of scale it should sale for as much as it can from a given pattern
Explanation:
Profit: revenue - variable cost - fixed cost
Profit = 15*Q - 8*Q - 18,000
Profit = 7Q- 18,000
3,000 Tennessee shirts x $7 contribution per shirt - 18,000 setup cost
profit: 21,000 - 18,000 = 3,000
Profit maximization: Marginal revenue = marginal cost
Total Revenue: 15 x Q
dTR' /dQ = 15
dTR''/dQ = 0
cost function: 18,000 + 7Q
dC'/dQ = 7
dC''/dQ = 0
Sport Tee faces a economie of scale their cost do not increase over time. Sport Tee should sale as many shirt as it possible can
Answer:
The personnel, procedures, devices, and records used by an entity to develop accounting information and communicate this information to decision makers.
Explanation:
Accounting system is a system used to organise financial information. Accounting system can be manual or electronic
Answer:
a. 2 years
b. 1 year
c. 12 times
Explanation:
Interest period is the duration of the deposit. It is the length of time the money would remain in deposit. This is 2 years according to the question
Compounding period = number of times interest would be paid. In the question, this is a year. So interest would be paid every year
The compounding frequency - it is the number of times the deposit would be compounded. It is 12 months
The future value of the deposit can be determined using this formula :
FV = P (1 + r/m)^nm
FV = Future value
P = Present value
R = interest rate
N = number of years
m = number of compounding
