Answer:
D. $0.93
Explanation:
Upmove (U) = High price/current price
= 42/40
= 1.05
Down move (D) = Low price/current price
= 37/40
= 0.925
Risk neutral probability for up move
q = (e^(risk free rate*time)-D)/(U-D)
= (e^(0.02*1)-0.925)/(1.05-0.925)
= 0.76161
Put option payoff at high price (payoff H)
= Max(Strike price-High price,0)
= Max(41-42,0)
= Max(-1,0)
= 0
Put option payoff at low price (Payoff L)
= Max(Strike price-low price,0)
= Max(41-37,0)
= Max(4,0)
= 4
Price of Put option = e^(-r*t)*(q*Payoff H+(1-q)*Payoff L)
= e^(-0.02*1)*(0.761611*0+(1-0.761611)*4)
= 0.93
Therefore, The value of each option using a one-period binomial model is 0.93
<span>Because customers often participate directly when it comes to the service process, the success of any technological innovation is highly dependent on customer acceptance. This means that if the customers don't like the product or something about it, a technological innovation will not find a place in the main stream and will be unable to succeed.</span>
Answer: Average handle time
First contact resolution
Explanation:
Since the center manager needs to measure the productivity of the agent and the customer satisfaction, the report that should be recommended by a consultant would be the average handle time and the first contact resolution.
The average handle time shows the time taken for a transaction to be completed. This can be used to determine the productivity of agents. Also, first contact resolution can be used to determine customer satisfaction as it shows the number if queries that were successfully resolved.
Average of all forecast errors is 0 a company wants to use a regression analysis to forecasts the demand for the next quarter.
