I believe the answer to this question is "<span>A discrete random variable". </span>
Answer:
The correct answer is D.
Explanation:
Giving the following information:
Beginning Finished Goods Inventory $19,500
Ending Finished Goods Inventory$18,000
Cost of Goods Manufactured $126,800
To calculate the cost of goods sold we need to use the following formula:
COGS= beginning finished inventory + cost of goods manufactured - ending finished inventory
COGS= 19,500 + 126,800 - 18,000= $128,300
Answer:
The price of 3 months call option on stock is 8.03.
Explanation:
Acording to the details we have the following:
P = Price of 3-months put option is $6
So = Current price is $95
X = Exrecise price is $95
r = Risk free interest rate is 9%
T = Time is 3 months=1/4
C=Price of call option?
Hence, to calculate what must be the price of a 3-month call option on C.A.L.L. stock at an exercise price of $95 if it is at the money, we have to use the formula from put-call parity.
C=P+So-<u> X </u>
(1+r)∧T
C=$6+$95- ( <u>$95 )</u>
(1+0.09)∧1/4
C=$6+$95-$92.97
C=8.03
The price of 3 months call option on stock is 8.03
Answer:
Explanation:
A heart transplant is a surgical procedure that replaces the person’s heart with a donor heart. A person may require a heart transplant for several reasons including congenital, arterial and muscle diseases or for unforeseen reasons such as accidents or viral infections.
The donor heart is matched to the recipient by blood type. More variables are also used to decide which recipient receives a heart if there are not enough hearts available for all recipients waiting for a transplant. The variables included in the decision may include the recipient state of health, cause of the heart condition and the urgency of the transplant.
The main goal of this project is for you to write a matching function that receives as a parameter the number of available hearts for transplant and will output all the recipients ranked in order of precedence.