Solution:
Given Strike price = 50$ , Option Price = 3.85$
The expected return on the call option is nothing but:
(Projected Option Price - Option Price) / (Option Price)
Projected Option Price = Projected Stock Price - Strike Price of the call - Option Price
Projected Stock Price = Current Price X (1 + Expected Return)
= 52.50 * (1+20%)
= 52.50 * 1.2 = 63
Putting this value in the formula we get,
Projected Option Price = 63 - 50 - 3.85
= 13 - 3.85 = 9.15
Expected return on option = (9.15 - 3.85) / 3.85
= 5.3/ 3.85 = 1.3766
So, the expected return on the option is 137.66%
Help thanks 23 (12/115) + C +0.5.1994)x 0:15] - •, 5.74 Vost- 1 9) DEF Stock...
Need help on number 19 Thanks. d) Theta -e) Vega 18) Consider the following information regarding a DEF Call option. Strike price: $115; Current stock price: $112; Continuously compounded riskfree rate: 0 %; Time to expiration: 3 months; Standard deviation of DEF stock: 0.3074; N(D1): 0.4621; N(D2): 0.4017; ABC Beta 1.35; Ln 112/115 -0.0264; Ln 115/112 0.0624; Ln 115/115 0; e^ RT=1.0. Assume you calculate -0.0951 as the value of Di. What is the value of D, for the Black-Scholes...