Answer:
Call payoff = Max [0, Stock price - Strike price]
Call payoff = Max[0,25-20]
Call payoff = 5
Put payoff = Max[0, strike price - stock price]
Put payoff = max[0,20-25]
Put payoff = 0
Strike price = K = 20
Stock price = S = 25
interest rate = 10% = 0.1
Time to expiry = T = 3 months = 3/12 = 0.25
Put call parity: C + K*Exp(-r*T) = P + S
C = P + S - K*Exp(-r*T)
Call = 3 + 25 - 20*exp(-0.1*0.25)
Call = 28 - 19.5062 =
Call = 8.4938 > 3
So, yes there is an arbitrage
. Implied value is 8.4938 but trades at 3.00; Call option is trading cheap hence we should buy more call options.
Answer:
$9.43
Explanation:
Calculation for what should this stock sell for today
Stock today = $1.60/1.135 + $1.10/1.135^2 + $13.50/1.135^5
Stock today = $9.43
Therefore what should this stock sell for today is $9.43
The statement that is correct and true is the process is centered and capable. The process capability index will be centered and capable. The management is correct is setting the time of 2.5 minutes of checking out the guest. So the answer in this question is the process capability index is centered and capable.
Answer:
learning effects
Explanation:
Learning effects: In economics, the term "learning effects" is described as the process through which specific education is considered as increasing productivity and therefore results in producing higher wages. It gives an insight to the company to develop some competitive advantage by decreasing some of the production costs. However, the employees are focused on working more efficiently, decrease in the number of wastes and defects on several products.
In the question above, the given statement signifies the leaning effects.
d selling a quality product
