
Explore the Black-Scholes model to price call and put options on underlying assets, and learn how continuous dividends, logarithms, and exponential functions influence option values.
Learn how to price a call option with the Black-Scholes model using spot price, strike price, risk-free rate, volatility, and three-month time to expiry, including B1 and B2 calculations.
Demonstrates calculating a Black-Scholes call option value using B1 and normal distribution values, with spot 415, strike 400, 5% risk-free rate, and 3 months to maturity.
Compute the call option value for a gold option using the Black-Scholes model and illustrate the exponential and arithmetic steps to guide profitable trading decisions.
use put-call parity in the black scholes framework to compute the put option value from spot price 415, strike 415, and a known call value of 29.56, yielding about 9.5.
Calculate the call option value using the Black-Scholes framework, incorporating strike price, premium, time to expiry, and stock volatility. Compare with other models like binomial options pricing.
Explore how to calculate natural log values using the exponential constant e and a simple calculator, with symbol-based steps and practical examples.
Explore exponential values through a symbol game, learning how to compute e raised to numbers, including handling decimals and negative exponents, with step-by-step demonstration.
Explore how the Black-Scholes framework with continuous dividends derives option values using dividend yield, strike price, expiry, and volatility.
Examine the discrete dividend model within the Black-Scholes framework, showing how discrete dividends influence option pricing, strike prices, and expiry in practice.
In this course , various insights and methodology of Black Scholes Model is explained in detail alongwith its calculation. Black Scholes Model is used to calculate the value of Call Options and Put Option in Financial Derivatives. Financial Derivative is a financial instrument whose value is based on the price of an underlying asset. It is a contract whose value is based on something else. They are those instruments whose price is derived from underlying item such as Security, commodity, bonds, interest rates ,etc.
The most common form of derivatives are:
Forwards- It is a customized contract between 2 parties to buy or sell an asset at a specified price at a specified future date.
Futures-Futures are similar to Forwards but are standardized and regulated in Stock Exchanges.
Options- Options are those financial instruments that gives the Right but not the obligation to buy (CALL) or sell (PUT) a security or other Financial asset.
Swaps- The exchange of one security for another based on different factors are termed as Swaps.
According to John C.Hull, “A Derivative can be defined as a Financial Instrument whose value depends on the value of the other, more basic underlying variable”
Let's give a brief idea about Options:
Options are those Financial Instruments that gives the right to the buyer (but not the obligation) to “BUY”(CALL) or “SELL” (PUT) a security or any other financial asset on or before a certain date, at a specified price (Strike Price). The asset under consideration is termed as ‘Underlying’ which could be any security, stock indices, commodities, foreign exchange, interest rate,etc. Options are popularly classified into:
I) Call Option- A Call Option is a contract between two parties to exchange a stock at a “Strike Price” by a predetermined date. One Party, the buyer of the “Call” has the right but not the obligation, to buy the stock at the strike price by the future date, while the other party, the seller of the call has the obligation to sell the stock to the buyer at the Strike Price if the buyer exercises the Option. For example, if a stock is trading at Rs.500 and a trader feels that it might go upto Rs.600, and he buys a Rs.550 “Call Option” for a premium of Rs.5 If the stock rose to Rs.600, that would allow him to buy the stock at Rs.550, even though its valued at Rs.600, giving a profit of Rs.45 on each share. On the other hand, the person who sold him the “ Call” would be obligated to sell the stock at Rs.550. If the stock never rises above Rs.550 by expiration date, the “Call” expires worthless and the “ Call” buyer is out Rs.5 and the “Call” seller keeps Rs.5
II) Put Option- A Put Option is a contract between two parties to exchange a stock at a “Strike Price”, on or before a predetermined date (date of expiry). One party, the buyer of the “Put” has the right, but not the obligation to sell the stock from the buyer at the strike price. For example, if a stock is trading at Rs.500 and the trader thinks that it can go down to Rs.400, then he might buy a Rs.450 Put Option for Rs.5. If the stock dropped to Rs.400, then that would allow him to sell the stock at Rs.450 even though its valued at Rs.400, giving him a profit of Rs.45 on each share. On the other hand, the person who sold him the “Put” would be obligated to buy the stock from him at Rs.450 at a huge loss of Rs.45. If the stock never drops below Rs.450 by expiration date, the “Put” expires worthless and the “Put” buyer loses our Rs.5 and the “Put” seller keeps the profit Rs.5.