Question

In: Statistics and Probability

Consider a stock currently trading at 25 that can go up or down by 15 percent...

Consider a stock currently trading at 25 that can go up or down by 15 percent per period. The risk-free rate is 10 percent. Use one-period binomial model. a. Determine the two possible stock prices for the next period. b. Determine the intrinsic values at expiration of a European call with an exercise price of 25. c. Find the value of the option today. d. Construct a hedge by combining a position in stock with a position in the call. Calculate the hedge ratio and show that the return on the hedge portfolio is the risk-free rate regardless of the outcome, assuming that the call trading at the price obtained in part c. e. Determine the rate of return from a risk-free hedge if the call is trading at 3.50 when the hedge is initiated. ***I really just need help with Part E. PLEASE SHOW ALL WORK.

Solutions

Expert Solution

a.) for A part we will use bionomial-tree approach as u will be 1.15, d will be .85

b.) & c.)

Template - Black-Scholes Option Value
Input Data
Stock Price now (P) 25
Exercise Price of Option (EX) 25
Number of periods to Exercise in years (t) 1
Compounded Risk-Free Interest Rate (rf) 10.00%
Standard Deviation (annualized s) 15.00%
Output Data
Present Value of Exercise Price (PV(EX)) 22.6209
s*t^.5 0.1500
d1 0.7417
d2 0.5917
Delta N(d1) Normal Cumulative Density Function 0.7709
Bank Loan N(d2)*PV(EX) 16.3541
Value of Call 2.9173
Value of Put 0.5382

d..)

Hedge ratio = Spot price/future price or resent value as per the formula 1.105170918

E)

Change if the theoritical call is 3.5.

Template - Black-Scholes Option Value
Input Data
Stock Price now (P) 25
Exercise Price of Option (EX) 25
Number of periods to Exercise in years (t) 1
Compounded Risk-Free Interest Rate (rf) 13.45%
Standard Deviation (annualized s) 15.00%
Output Data
Present Value of Exercise Price (PV(EX)) 21.8536
s*t^.5 0.1500
d1 0.9717
d2 0.8217
Delta N(d1) Normal Cumulative Density Function 0.8344
Bank Loan N(d2)*PV(EX) 17.3602
Value of Call 3.5000
Value of Put 0.3536

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