## Put Option Payoff Diagram and Formula

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This page explains the Black-Scholes formulas for d1, d2, call option price, put option price, and formulas for the most common option Greeks delta, gamma, theta, vega, and rho.

In many resources you can find different symbols for some of these parameters. For example, strike price is often denoted K here I use Xunderlying price is often denoted S without the zeroand time to expiration is often denoted T — t difference between expiration and now. Call option C and put option P prices are calculated using the following formulas:.

Below you can find formulas for the most commonly used option Greeks. Some of the Greeks gamma put option formula example vega are the same for calls and puts. Other Greeks delta, theta, and rho are different. The difference between the formulas for calls and puts are often very small — usually a minus sign here and there. It is very easy to make a put option formula example. If you want to put option formula example the Black-Scholes formulas in Excel and create an option pricing spreadsheet, see detailed guide here:.

Option Greeks Excel Formulas. If you don't agree with any part of this Agreement, please leave the website now.

All information is for educational purposes only and may be inaccurate, incomplete, outdated or plain wrong. Macroption is not liable for any damages resulting from using the content. No financial, investment or trading advice is given at any time.

Home Calculators Tutorials About Contact. Tutorial 1 Tutorial 2 Tutorial 3 Tutorial 4. The formulas for d1 and d2 are: In several formulas you can see the term: Delta Gamma Put option formula example … where T is the number of days per year put option formula example or trading days, depending on what you are using.

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Consider the task of pricing at time 0 a European put option i. The Black-Scholes-Merton pricing formula is. The other two variables are. It would be nice if we could simply carry out the additions, multiplications, divisions, etc. The situation is a little more difficult than that, however. It is true we can calculate the numerator of the expression for d 1 , using scalar operations where appropriate, and probabilistic operations to add the last two terms together.

Evaluating the price probabilistically could be a major challenge. A different way of presenting the same problem gives the answer without difficulty. The present value of the strike price is just Xe —rT , an expression that involves only one random variable, r , and can be readily computed. To illustrate, Figure 1 shows the distributions of the present values of X and S T.

The present value of the strike price X is narrow because there is not much uncertainty in the risk-free rate r. In contrast, the present value of the stock price S T is much broader because of its volatility. Distributions of the present values of the final stock value 1 and the strike price 2. The difference between the present values can be positive or negative. The put option has a 0 value if the stock price is higher than the strike price. The distribution of the value of the put, given that value is greater than 0, is shown in Figure 2 3.

However, the probability of the put option having a non-zero value is only 0. Therefore, the value of the put is 0. Distributions of the present values of the final stock value 1 , the strike price 2 and the benefit from cashing in the put option, if it was positive 3.

Home Growing investment example Option valuation example Bayesian analysis example Underlying theory. Distributions of the present values of the final stock value 1 and the strike price 2 The difference between the present values can be positive or negative.