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Option Chain - A Simple Guide to Understanding
Confused by the option chain? This quick explainer breaks down everything you need to know - calls, puts, strike price, OI, IV, and more to help you read an option chain like a pro. Watch now and get one step closer to smarter trades!
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What are Equity Derivatives and How do They Work?
Want to learn about futures and options? This video simplifies equity derivatives with real-life examples and clear explanations. Find out how they work, why investors use them, and the differences between options and futures.
Videos - Futures & Options
Know more about the Option Greeks
Mathematically, prediction is not a yes-or-no game; mathematics likes to express games as probabilities. The probability of winning a coin toss is 50% (that is, one in two); of winning a dice throw is 16.667% (that is, one in six); of picking a winning card is 1.923% (that is, one in 52); of winning Kerala's Akshay AK-518 lottery is 0.0000111% (that is, one in 19 lakhs), and so on. Unlike a coin, dice, or lottery, an option’s price prediction isn't completely random; it depends on a few other observable quantities. In this article, we will look into the factors that affect option prices. Understanding these factors can help you choose the right option for yourself. Option prices depend on the spot price, strike price, time to expiry, volatility, and interest rate. Let us understand these one by one.
1. Spot Price:
The very definition of a derivative is that the asset derives its value from an underlying. If the spot price is close to the option strike price, there is a higher probability that the option will expire "in the money" (i.e., the option will have some premium on expiry).
2. Strike Price:
The strike price is like a hurdle a trader aims to cross. Depending on how far above or below that hurdle the trader’s prediction goes, the position will be more profitable and command a premium equivalent to the difference between the spot price and strike price. The wider the difference between the spot and strike price, the higher the premium on the option.
3. Time to Expiry:
An option with a longer time to expiry will see more events happening to its underlying asset; therefore, the probability of change in option price also increases.
4. Volatility:
As volatility increases, the probability of significant movements in the price of the underlying asset increases, and therefore, the option's premium also increases.
5. Interest Rate:
Option premiums incorporate the cost of the capital traders put in while taking a position. This cost is in the form of an interest rate—the higher the interest, the higher the cost of capital.
Now that we know the different factors, let us look at Option Greeks. Option Greeks help us understand the risk associated with options contracts due to various factors. There are five primary Greeks: Delta, Gamma, Theta, Vega, and Rho.
1. Delta:
Delta measures changes in the option premium due to changes in the market price of the underlying asset. In other words, Delta represents how much an option premium will rise for every one-rupee change in the stock price. Calls have a positive Delta between 0 and 1. If a call has a Delta of 0.60 and the stock goes up by one rupee, in theory, the price of the call will go up by about ₹0.6. If the stock goes down by one rupee, the call price will decrease by about ₹0.6 (assuming other pricing variables remain constant). Puts have a negative Delta between 0 and -1. For example, if a put has a Delta of -0.50 and the stock goes up by one rupee, in theory, the price of the put will go down by ₹0.50. Conversely, if the stock goes down by one rupee, in theory, the put price will go up by ₹0.50 (assuming other pricing variables remain constant).
Call option Delta moves from 0 to +1 for the OTM to ITM options. For put options, Delta moves from 0 to -1 for the OTM to ITM options. For deep OTM call options, the option price does not change much with changes in the underlying price, as the Delta of the OTM call option is close to zero. When the call option is deep in the money (ITM), the option's price almost increases in the ratio of 1:1, as the Delta of ITM options is +1. The Delta of the ATM call option will typically be in the range of 0.4 to 0.6. For deep OTM put options, the option price does not change much with changes in the underlying price, as the Delta is close to zero. For deep ITM put options, a change in the option’s price is equivalent to a change in the underlying price, but in opposite directions, as deep ITM put options will have a Delta close to -1. The Delta of the ATM put option will typically stay between -0.4 to -0.6.
But what happens to Delta as options near expiry? For OTM call and put options, Delta moves closer to zero as the option reaches expiry. For ITM call options, Delta moves closer to 1, and for ITM put options, it moves closer to -1 as the options reach expiry.
2. Gamma:
Gamma calculates the extent to which Delta would change due to a change in the underlying price. Therefore, Gamma is considered a second-order derivative, as it defines how the Delta of an option changes. Let's understand this with an example: Suppose stock ABC is trading at ₹50. A ₹45 strike price call option trades at ₹6 and has a Delta of 0.80 and a Gamma of 0.04. If the stock price moves up by one rupee and reaches ₹51, the Delta of the stock will change to 0.80 + 0.04 = 0.84, as Gamma is responsible for a change in Delta value. In the above example, if the stock price falls to ₹49, the Delta of the option will also fall to 0.80 - 0.04 = 0.76. It means Delta will keep reducing as the underlying moves toward the strike price. But does Gamma remain the same? No, Gamma will increase as the underlying reaches near the strike price, which is ₹45 as per the example. Gamma will increase and let us say will reach 0.045, when underlying reach ₹49. So, when stocks fall to ₹48, its new delta will be 0.76 – 0.045 = 0.715. Gamma value is the maximum for ATM call and put options. In other words, we can say that Delta is very sensitive to the underlying price when options are ATM, because of which Gamma is also at a maximum for ATM options. Conversely, for deep ITM and OTM options, the Gamma value approaches zero, as Delta’s value does not change much with the underlying price change for these options.
3. Theta:
The concept behind Theta is relatively simple. As an options contract approaches expiry, it loses its value; this phenomenon is known as time decay. For example, if the Theta value of an option is -10, you can expect the option premium to fall by ₹10 each passing day if all other factors remain the same. Theta (or time decay) is not linear. The decay rate tends to increase as the contract nears expiry. At expiry, the time value becomes zero, and options trade only at intrinsic value.
4. Vega:
Vega is the estimated change in an option premium with a 1% change in implied volatility. Implied volatility is the likely movement in the price of a security as forecasted by the market. Implied volatility will increase with the uncertainty in the market. The higher the volatility, the higher the price of both call and put options, so Vega is positive for both call and put options. For example, if a contract has a Vega of 0.2 on the option chain, it means the option premium may rise by ₹0.2 if IV increases by 1%. Options with a longer expiry period are more affected by volatility and have a higher Vega. Similarly, contracts near the strike price (ATM options) have higher Vega, which falls when options move away from the strike price. Note that Vega and implied volatility can change without any change in the underlying stock price. Therefore, it is best not to look at Vega in isolation, as volatility also impacts Delta and Gamma. With an increase in volatility, Delta and Gamma also tend to move. Thus, we need to consider the combined impact of Greeks on option pricing.
5. Rho:
Rho calculates the extent to which the option premium would change due to a change in the risk-free rate. But why do interest rates impact option pricing? We assume that a trader doesn’t have their own money and needs to borrow money to purchase an option. Similarly, if they sell the option, they will use the money to earn interest income by investing in a risk-free instrument. Changes in interest rates impact long-term options more than near-expiry options. The call option Rho is positive, and the value of call options increases as the risk-free rate increases. The Rho of a put option is negative, and the value decreases as risk-free rates increase. For example, assume the current risk-free rate is 5%. If a call option has a Rho of 0.5 and the interest rate suddenly goes up to 6%, the option premium would rise by ₹0.5. Conversely, if a put option has a Rho of -0.5, the put premium would decline by ₹0.5.
You can easily find option Greeks from your stock broker's website or trading app. If you like this blog and find it valuable, please do share it with your friends!
Videos - Futures & Options
Introduction to options
Metal stocks set to boost your portfolio next year! Have you seen this headline recently and wondered about adding steel stocks to your portfolio? Did you just go to your investment app and search for the stock of Tata Steel? If yes, you must have seen a long list of items with names such as December call, December put, and other months’ options. If you have tried your luck at investing in the stock market, you would have heard of a variety of terms such as stocks, derivatives, options, futures, etc.
For many of us, just hearing these words can lead to confusion, but that need not be the case. While you probably already know that stocks or equities refer to the shares of companies which you can buy and trade for a profit, do you know what derivatives are? If you have a basic idea about these concepts, or even if you know nothing at all, we are here to help you clear your doubts. So let us get started by demystifying these concepts in the simplest way possible. Let us first talk about derivatives. As a financial product, which, just like its name suggests, derives or gets its value from another asset. Derivatives can be an exciting investment option.
Let us take a very simple example to start with. When your car's tank runs empty, what do you do? You drive to the nearest petrol pump for a refill. Here, you look at the electronic fuel meter, which displays the volume of petrol being filled along with the amount you need to pay. You know that the price of petrol changes from time to time. Have you ever wondered how they arrive at that price? The price you pay for petrol depends on the current price of crude oil, so one could say that petrol’s value is derived from the prevailing rates of crude oil. The concept of derivatives is quite similar. It is a financial instrument that has no value of its own; a derivative gets its worth or value from that of the underlying asset, which could be stocks, bonds, commodities, currencies, indices, or interest rates. Now that you know what a derivative means, let us look at some of its important features. Each time you refuel your car, there is a transaction between you, the buyer, and the petrol pump, the seller. The petrol pump sells you petrol for a specific price, and you agree to buy it at that price. A derivative contract also involves a transaction between a buyer and a seller.
Here are the key components of a derivative contract: lot size or contract size stands for the minimum number of units being exchanged; for example, a crude oil derivative may have a lot size of 100 barrels. The expiry date is when the derivative transaction must take place—you cannot trade the contract once the expiration date has passed. Price is the pre-agreed rate at which you will settle the contract. So how do you then trade derivatives?
Derivative contracts are mainly of two kinds:
1. Over-the-counter (OTC) derivatives:
These derivatives are traded directly over the counter between the buyer and the seller; there is no intermediary, so you and the other party are free to customize the contract terms.
2. Exchange-traded derivatives:
They are bought and sold through an intermediary known as the exchange, which links the buyers and sellers of derivatives. Here, the contracts are most standardized, so you have no scope for personalization.
Now that you're aware of derivatives, let us understand what options are:
An option contract is an example of an exchange-traded derivative instrument. Now let us look at what this concept means. Suppose you're planning on booking a hotel room for your vacation a month from today during the festive season. You know that the prices will go up in the next month, so you want to book in advance. However, what if the hotel does not receive any bookings and reduces its price in the meantime? You would be facing a loss since you have entered a contract to pay more. What could be a solution here? Options could be the solution to this problem. Options are a derivative instrument that gives rights to the buyer of an option, and the option seller has an obligation to honour the contract. Options contracts are different from futures contracts because one party has the right to buy or sell an underlying, while another party has an obligation; while in futures, both parties have an obligation.
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Call and put options:
The right to buy is a call option, while the right to sell is a put option. Options contracts provide the buyer with the option to exercise their right to buy or sell, as the case may be. The buyer may choose to exercise their right only if it is favourable. If a transaction is not in the buyer's favour, they're not required to go through with it. On the other hand, the seller doesn't have any right but has an obligation. If a buyer wants to exercise their right, the seller must compulsorily oblige and honour the contract. The buyer of an option is also known as the holder; the seller of an option is also known as the writer. So, in a hotel example, you can buy a call option with the hotel to stay at your booked rate despite an increase in prices. However, if the price falls, you are not liable to check in at your booked price. Similarly, if you expect a fall in price and want to sell at your earlier agreed price, you can buy a put option.
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Premium:
To enjoy this right of buy or sell, you would have to pay a premium, as the party with the right has to compensate the party with the obligation. So, when a buyer purchases their right, they need to pay the cost of that right, known as a premium, upfront to the seller. This means that the buyer needs to make an upfront compensation to the seller for taking on risk. Since the hotel is taking on a risk by agreeing to your price, you need to compensate them with a premium, because you may choose to cancel your stay if the hotel price falls at the time of the trip, which will lead to a loss for the hotel. That's why options are always a zero-sum game; that is, profit for one party is equivalent to the loss for the counterparty.
Let us look at examples of market-based call and put options to understand the concept better. Assume you are bullish on ABC Limited stock and have purchased the ABC Limited ₹1000 call option with an expiry of January 29th at ₹100. This means that you have purchased the right to buy ABC stock at ₹1000 on expiry. You don't need to exercise or use your right compulsorily; you can exercise your right only if it is favourable to you. For instance, if you find that the ABC Limited’s market price is more than ₹1000, you can choose to exercise your call option. The amount you paid to purchase the right is known as premium—that is, ₹100 in this example. The rate at which you enter the contract is known as the strike price or the exercise price—that is, ₹1000 in this example. If you don't exercise your right, you will lose the premium to the seller, who will earn it. However, if your expectation turns into reality and ABC Limited stock touches ₹1300, then you have the right to buy the stock at ₹1000 and earn a profit after deducting the premium paid. The level at which you start earning profits is known as your break-even point.
Let us understand the put option now. Assume that you have purchased the ABC Limited’s ₹1000 put option with an expiry of January 29th at ₹80. This means you have purchased the right to sell ABC Limited at ₹1000 on expiry. You don't need to exercise your right if it is not in your favour; you may exercise your right only if you find that ABC Limited’s market price is less than ₹1000. In this case, if you don't exercise your right, you will lose the premium to the seller, who will earn it. But suppose ABC Limited does fall below ₹1000, as you expected. Then you can earn a profit from exercising your right to sell the stock at ₹1000. Now that you have a fair idea of what derivatives and options mean, do you think this is a call you want to take?
Videos - Futures & Options
Long and Short Call Options
Take a long call on company X's stock now. This is a tip shared by a trading platform that Rajiv uses. Seeing such tips makes him confused because he's unable to make sense of the advice given out by experts. Sure, Rajiv has taken the right call by signing up for investment advice, but without understanding the meaning of long call and put, there is no way he can trade options properly. Honestly, Rajiv is not alone. While he knows that going long on an option means to buy it, and going short on it means to sell the option, going long on a put option and going long on a call option carry different connotations.
Are you as confused as our friend Rajiv? Don't worry, let us clear up these aspects. We will explain call and put options trade positions. As you know, there are two kinds of options available in the derivatives market: call options and put options. A call option is the right, not the obligation, to buy an underlying asset at an agreed price on a particular date. A put option is the right, not the obligation, to sell an underlying asset at an agreed price on a particular date.
Now, when you go long on call options, you become a buyer of that option. This means that a long call option gives you the right to buy the underlying asset, but not the obligation. Going long or buying a call option means the buyer will have to pay an option premium to the seller of the option. The seller here is going short on the call option; the seller has to sell if the buyer exercises their right.
Now, let's understand each of the option positions in detail.
Understanding Long Call:
If Rajiv is very bullish or positive on the asset, then he should choose a long call position. Let's understand this with an example. Suppose Rajiv has purchased Company X's call option with a strike price of ₹1000 at a premium of ₹50. This means that he has purchased the right to buy Company X's stocks at ₹1000 on expiry and has paid ₹50 to the seller of the option. He may prefer to buy if the market price is favourable, that is, if the price is more than ₹1000.
Let us look at three scenarios within this example:
Scenario One:
Company X closes at ₹1200 on expiry. As you know, all options close at their intrinsic value at expiry. In this case, Rajiv will get an amount equal to the intrinsic value of the call option, that is, spot price minus strike price; ₹1200 - ₹1000 = ₹200. Having paid ₹50 to buy the call option, his net profit will be ₹200 - ₹50 = ₹150. In other words, it is better to exercise the right, as you are getting the stock of X at a price lower than the current market price. In this example, we do not include the transaction cost while calculating the profit or loss.
Scenario Two:
Company X closes at ₹800 on expiry. In this case, it would make sense not to exercise the call option, as the current market price is lower than the agreed price of ₹1000. It would be better to buy the stock from the market rather than from the seller of the call option. Rajiv will lose the premium paid, which is ₹50 in this case. You can also calculate the profit or loss with the help of option buying and selling prices. The selling price of the option on expiry is equal to the intrinsic value of the option: intrinsic value = spot price - strike price; ₹800 - ₹1000 = -₹200. As you know, intrinsic value cannot be negative, so it will be considered as 0, meaning the buyer will receive nothing for this option at expiry, and he loses his buying cost of ₹50. Please note that the loss in the long option position will not be more than the premium paid.
Scenario Three:
Company X closes at ₹1050 on expiry. In this case, Rajiv may prefer to exercise his right and purchase at ₹1000. This will mean a profit of ₹50, but the net profit would be zero as he has paid ₹50 initially to purchase the option. This point is also known as the break-even point.
The payoff in various scenarios is listed down:
Price of Stock on expiry (Rs) |
Call Option Premium Paid (A) (Rs) |
Call Option Premium Received on expiry(B) (Rs) |
Net payoff (B-A) (Rs) |
|
800 |
50 |
0 |
-50 |
|
900 |
50 |
0 |
-50 |
|
1000 |
50 |
0 |
-50 |
|
1050 |
50 |
50 |
0 |
|
1100 |
50 |
100 |
50 |
|
1200 |
50 |
200 |
150 |
Okay, so now that you understand long call, let us look at the flip side, which is the short call. Rajiv knows going short means to take a position to sell, but what does that really mean?
Understanding the Short Call:
A short call is an obligation to sell an underlying asset to a call buyer at the strike price if the call option is exercised by the buyer of the option. A short call position or call option writing is useful when you are somewhat bearish or negative about the market. This means that you expect the underlying asset to stay in a narrow range, that is, either stick to its current price or show slight downside movement.
If Rajiv has to go short on Company X's option, it means he can sell the call option with a strike price of ₹1000 and earn a premium of ₹50. This move means he has an obligation to sell Company X at ₹1000 at expiry if the buyer exercises their right and receives ₹50 from the buyer of the option to fulfil his obligation. The buyer will prefer to exercise his right if it is favourable to him, that is, if the price is more than ₹1000.
Let us look at three scenarios within this context:
Scenario One:
Company X closes at ₹1200 on expiry. In this case, the buyer would prefer to exercise his right and purchase Company X at ₹1000. This means Rajiv will need to sell it at a discounted price of ₹1000 compared to the market price of ₹1200. He will incur a loss of ₹200 minus ₹50 (premium received) = ₹150 on this position. In other words, the option premium on expiry equals the spot price minus the strike price: ₹1200 - ₹1000 = ₹200. As we have a short position to square off, you need to buy the option at ₹200 that you sold at ₹50. This means your loss is ₹200 - ₹50 = ₹150.
Scenario Two:
Company X closes at ₹800 on expiry. In this case, the buyer won't prefer to exercise his right and won't purchase at ₹1000. This means he will lose the premium paid, incurring a loss of ₹50, which Rajiv will gain. Again, let's understand this from the difference in buying and selling prices. The option's intrinsic value, which is 0 in this case, is the buying price, and as the selling price is ₹50, the seller's profit is ₹50 - ₹0 = ₹50. Please note profit here is limited only to the premium received.
Scenario Three:
Company X closes at ₹1050 on expiry. In this case, the buyer will prefer to exercise his right and purchase at ₹1000, which means a loss of ₹50 for Rajiv, but this will be compensated by the premium received, so there won't be any profit or loss in this case.
Now, what do we understand from these scenarios? You should go with a short call when you expect a slight downfall in the market or expect the market to stay at the current level.
The payoff in various scenarios is listed here:
Price of Stock on expiry (Rs) |
Call Option Premium Received (A) (Rs) |
Call Option Premium Paid on expiry (B) (Rs) |
Net payoff (A-B) (Rs) |
|
800 |
50 |
0 |
50 |
|
900 |
50 |
0 |
50 |
|
1000 |
50 |
0 |
50 |
|
1050 |
50 |
50 |
0 |
|
1100 |
50 |
100 |
-50 |
|
1200 |
50 |
200 |
-150 |
|
1300 |
50 |
300 |
-250 |
If you think the market is going to rise sharply, then a long call would be the best choice. Okay, now you know the difference between long call and short call and when to exercise these options.
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How to Automate Contract Selection For Option Trading Using Breeze APIs ft. Salil Shukla, Quantitative Analyst
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Videos - Futures & Options
Option Chain Analysis For Beginners
What do you think of when I say the word information. You may think your search engine results, news, a boring lecture, this book that book, sure why not! But how many of you thought of something like periodic table, your Chemistry teacher's favourite tool to torture you.
Most of you may not know or remember how to read the table but it still remains, perhaps the most commonly used way to convey basic details about chemical elements. After all, tables are just awesome. It still doesn't surprise me when people first see option chain analysis chart for the first time and get really overwhelmed. This here my friends is an option chain, and while it may look formidable and confusing, you shouldn't worry because I am here to demystify it for you.
See an option chain is nothing but the detailed listing of all the contracts of a given stock or index. This is where you see all the relevant info. Let me first take you through the basic terms, you'd notice calls and puts. As a buyer you buy a call when you expect the price of the underlying stock or index to go up, but you buy a put when you expect the stock or index level to go down. Regardless, the buyer and seller have to agree to a price to carry the transaction out and that price is what we refer to as the strike price.
Then, there's oi or open interest which tells you the degree of trader interest for that particular strike price. These are expressed in percentages. Higher the percent you see the greater the trader interest. Next up we have volume, which also indicates the extent of trader interest along with the number of contracts traded during the day for that particular strike price. Right next to volume is IV which stands for implied volatility. As the name suggests IV tells you about the degree of volatility in prices. High volatility hints at high swings in prices.
You may be aware of the next ones, bid quantity and ask quantity refer to the number of buy orders and open sell orders for that strike price respectively. Along similar lines we have bid price and ask price, which refer to the most recent values quoted to buy and sell that option at that strike price respectively. And with this I have dutifully introduced you to all the basic terms concerning the option chain, but there's still stuff you need to know about how the option chain actually works, but that's something for another time.
Videos - Currency Commodity
What is currency option?
A currency option provides you with a right tool but not the obligation to buy or sell currency at a specified rate on a specific future date. In exchange for this right the holder usually pays the cost that is known as the premium for the currency option. Currency market fluctuations can have a lasting impact on cash flow, whether it is buying a property, making an investment, or settling invoices. By utilizing Forex options, businesses can protect themselves against adverse movements in exchange rates.
This feature of Forex options makes them extremely useful for hedging forex risk when the direction of the movements in exchange rates is uncertain. Forex options are also useful tools which can be easily combined with Forex Futures to create bespoke hedging strategies. Forex options can be used to create bespoke solutions and work to remove the uptrend cost of a premium.This involves certain caveats around the structure of the option product.
Now, let us understand some basic terminologies of Forex options:
Premium
The upfront cost of purchasing a currency exchange option is called the premium.
Strike price
The strike or exercise price is the price at which the option holder has a right to buy or sell a currency.
Expiry date
The trades expiry date is the last date on which the rights attached to an option may be exercised.
Exercise
The act of the option buyer notifying the seller that they intend to deliver on the option contract is called exercise.
Delivery date
The date when the currency exchange will take place if the option is exercised.
Videos - Futures & Options
All about Derivatives
What are Derivatives?
Derivatives are financial products which obtain or derive their value from specific underlying assets, whose value keep changing based on market conditions. For example; petrol is a derivative of crude oil.
How does derivative trading work?
Traders trade derivative by predicting future price movements of underlying assets. Derivatives contracts are also used for hedging and arbitrage purposes.
Popular derivatives products in the Indian stock market
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Future contracts
Futures contracts are standardized contracts between buyers and sellers to buy/sell an underlying asset at a predetermined price, size and date in future. These contracts are traded on stock exchanges. -
Option contracts
Options contracts give buyers the right, but not the obligation to buy or sell an underlying asset at a predetermined price and future date. There are two types of options; call option and put option. A call option gives the right to buy and a put option gives the right to sell to the buyer of an option.
Derivatives are available in selected indices and stocks in India on the stock exchanges.
Derivative market participants
- Hedgers
- Speculators
- Arbitrageurs
Reasons to trade in derivatives
- Protects you against market volatility.
- Allows you to use the leverage by paying a small amount as margin or premium.
- Enables you to take positions in different scenarios including bullish, bearish, volatile, rangebound, etc.
How to trade in derivatives?
Traders should have an active trading account that permits derivative trading. With ICICIdirect traders can place their derivative trading orders online through their trading account.
Videos - Stocks
All about Options Trading
What is Option?
An option is a type of derivative instrument that involves a contract between two parties to buy or sell something on a future date, at predetermined prices. The contract gives the right, but not the obligation, to the buyer of the option, to buy/sell an underlying asset.
How to do Options Trading?
There are two types of options- Call option and Put option.
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What is Call Option?
The call option gives the right, but not an obligation, to the buyer of the contract to buy an underlying asset at a predetermined price (known as strike price), on the contract expiration date. The buyer typically exercises the call option when the market goes above the strike price.
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What is Put Option?
The put option gives the right, but not the obligation, to the buyer of the contract to sell an underlying asset at a predetermined price (known as strike price), on the contract expiration date. The owner usually exercises the put option when the market moves below the strike price.
Options Trading Benefits
- Less risky than future trading for an option buyer.
- Helps you to hedge your open position.
- Less margin required for Option buyers, who need to pay only premium as an up-front margin.
Who can trade in Options?
Options trading is open to all new and existing ICICIdirect trading account holders.
How can I trade in Options?
Login to ICICIdirect>F&O>Place your order.
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