Testimonials
M70-301 MB6-869 1Z0-144 1Z0-599 400-051 70-458 810-420 C_TBW45_70 C2090-540 C2180-276 C4090-452 EX0-001 HP2-E59 PEGACSSA_v6.2 1Z0-061 220-801 640-911 70-680 C_TSCM52_66 ICBB 070-331 312-50v8 820-421 C_TAW12_731 JN0-102 70-483 70-488 700-505 70-347 070-347 070-411 70-486 MB2-701 070-346 100-101 70-346 70-463 700-501 70-412 C4090-958 EX200 070-463 70-331 70-457 HP0-J73 070-412 C_TFIN52_66 070-489 070-687 1Z0-062 350-029 070-247 070-467 1Z0-485 640-864 70-465 70-687 74-325 74-343 98-372 C2180-278 C4040-221 C4040-225 70-243 70-480 C_TAW12_731 C_HANATEC131 C2090-303 070-243 070-417 1Z0-060 70-460 70-487 M70-301 MB6-869 1Z0-144 1Z0-599 400-051 70-458 810-420 C_TBW45_70 C2090-540 C2180-276 C4090-452 EX0-001 HP2-E59 PEGACSSA_v6.2 1Z0-061 220-801 640-911 70-680 C_TSCM52_66 MB2-701 070-346 100-101 70-346 70-463 700-501 70-412 C4090-958 EX200 070-463 70-331 70-457 HP0-J73 070-412 74-335 C_HANATEC131 C2090-303 070-243 070-417 1Z0-060 70-460 70-487 M70-301 MB6-869 1Z0-144 1Z0-599 400-051 70-458 810-420 C_TBW45_70 C2090-540 C2180-276 C4090-452 EX0-001

May 21, 2015

Call Options Instead of Apple Stock

Although Apple Inc. (AAPL) is much cheaper to purchase now then it was before the split, it is still rather pricey. You believe that this stock, despite its high price, continues to have tremendous upside potential and could easily make it to $150 soon. The problem is that you don’t want to shell out $130 for one share of the technology giant. What can you do to maximize your money and cash in on the perceived upside? Easy, buy a call option rather than the stock.

Quick Definition

A call option is a bullish strategy wherein a trader purchases the right (but not the obligation) to purchase a stock at a specified price within a specific time period. One advantage to buying a call option rather than purchasing a stock is that you can gain a much larger percentage return on your investment. To learn more advantages, please check out the Options Education section on our website.

The Example

If you want to purchase 100 shares of AAPL stock at $130 it is going to cost you (100 X $130) $13,000. However, let’s say that you decide to purchase 1 call option on AAPL (each option represents 100 shares) with a strike price of, say, 120 with a July expiration (gives the buyer the right to purchase 100 shares for $120 a share), which carries a price tag of $11. Rather than dishing out $13,000 for 100 AAPL stock shares, you instead pay $1,100 for the options – a rather nice difference of $11,900 that you can use for something else or to purchase other options.

The Money

The cost efficiency of purchasing call options can be far greater than simply purchasing shares of a stock, especially when you are dealing with high-priced stocks like AAPL. Remember that one option contract is the right to purchase 100 shares of a stock at that price. So, rather than purchasing 100 AAPL shares at $130 at the massive cost of $13,000; you have dished out a more reasonable $1,100 for the transaction. Of course this is the scenario if you want to be simply bullish on AAPL stock.

Conclusion

As you can see, it is possible to lay out far less money to purchase call options on a stock that to by the call itself. In fact, the earlier the expiration you choose, the lower the price you could pay. No matter what math you use, paying $1,100 is far better than paying $13,000 for the same product. What if you want to sell these options to someone who is willing to pay a higher ask price than you paid? That is another subject for another time. Remember, there is no fool-proof way to make money in the market – there is risk involved in any trading strategy. One way to make sure you maximize your cash is to make sure you study your subject, remember that knowledge is power.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

April 30, 2015

Risk/Reward is Ever Changing in AAPL

There are quite a few option strategies have defined maximum rewards that are approached as a result of the passage of time, changes in implied volatility (IV), and/or movement or lack of movement in price of the stock. Examples of such strategies include the sale of naked options and vertical spreads.

As the positions “mature” or moves closer to expiration by virtue of various combinations of changes or lack of change in these three main variables, the initial risk/reward calculation often changes and sometimes even dramatically. The successful options trader with a proper options education is aware of these changes, because the risk to gain the last bit of potential profit is often dramatically out of whack to the magnitude of the profit he or she seeks to obtain. Let us consider the hypothetical example of a trader who has elected to open a position as a naked put seller. This trader has chosen to sell out-of-the-money (OTM) puts, the June 120 strike, on AAPL which currently trades at $130 after earnings in this example. His risk in the trade is that he is obligated to buy AAPL at the strike price at any time between opening the trade and June expiration. For taking the risk of writing these puts, his account receives a credit of $0.40 and margin is encumbered based on SEC rules. The credit received when the trade is opened is the maximum amount of money that can or will be received as a result of the trade.

As June expiration approaches, the stock remains around the $130 level and the market price of the puts he has sold decreases as a result of time (theta) decay. As the price of the puts decreases and the profits increase, the risk/reward increases. As the price declines below the often used 20% re-evaluation benchmark (although I like to use 50% as well) of the initial credit received, the risk incurred to gain the remaining residual premium is potentially substantial and may no longer be appropriate given the reward.

The experienced options trader will many times take profits and find opportunities to invest his or her money in other trades that appear to be much more attractive from a risk/reward standpoint than to remain in the existing position.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

February 19, 2015

Your Overall Option Delta

Delta is probably the first greek an option trader learns and is focused on. In fact it can be a critical starting point when learning to trade options. Simply said, delta measures how much the theoretical value of an option will change if the stock moves up or down by $1. A positive delta means the position will rise in value if the stock rises and drop in value of the stock declines. A negative delta means the opposite. The value of the position will rise if the stock declines and drop in value if the stock rises in price. Some traders use delta as an estimate of the likelihood of an option expiring in-the-money (ITM). Though this is common practice, it is not a mathematically accurate representation.

The delta of a single call can range anywhere from 0 to 1.00 and the delta of a single put can range from 0 to -1.00. Generally at-the-money (ATM) options have a delta close to 0.50 for a long call and -0.50 for a long put. If a long call has a delta of 0.50 and the underlying stock moves higher by a dollar, the option premium should increase by $0.50. As you might have derived, long calls have a positive delta and long puts have a negative delta. Just the opposite is true with short options—a short call has a negative delta and a short put has a positive delta. The closer the option’s delta is to 1.00 or -1.00 the more it responds closer to the movement of the stock. Stock has a delta of 1.00 for a long position and -1.00 for a short position.

Taking the above paragraph into context, one may be able to derive that the delta of an option depends a great deal on the price of the stock relative to the strike price of the option. All other factors being held constant, when the stock price changes, the delta changes too.

What many traders fail to understand is that delta is cumulative. A trader can add, subtract and multiply deltas to calculate the delta of the overall position including stock. The overall position delta is a great way to determine the risk/reward of the position. Let’s take a look at a couple of examples.

Let’s say a trader has a bullish outlook on Apple (AAPL) when the stock is trading at $128 and purchases 3 March 130 call options. Each call contract has a delta of +0.40. The total delta of the position would then be +1.20 (3 X 0.40) and not just 0.40. For every dollar AAPL rises all factors being held constant again, the position should profit $120 (100 X 1 X 1.20). If AAPL falls $2, the position should lose $240 (100 X -2 X 1.20) based on the delta alone.

Using AAPL once again as the example, lets say a trader decides to purchase a March 130/135 bull call spread instead of the long calls. The delta of the long $130 call is once again 0.40 and the delta of the short $135 call is -0.22. The overall delta of the position is 0.18 (0.40 – 0.22). If AAPL moves higher by $3, the position will now gain $54 (100 X 3 X 0.18) with all factors being held constant again. If AAPL falls a dollar, the position will suffer a $18 (100 X -1 X 0.18) loss based on the delta alone.

Calculating the position delta is critical for understanding the potential risk/reward of a trader’s position and also of his or her total portfolio as well. If a trader’s portfolio delta is large (positive or negative), then the overall market performance will have a strong impact on the traders profit or loss.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

February 5, 2015

What is an Option Strangle?

An option strangle is an option strategy that option traders can use when they think there is an imminent move in the underlying but the direction is uncertain. With an option strangle, the trader is betting on both sides of a trade by purchasing a put and a call generally just out-of-the-money (OTM), but with the same expiration. By buying a put and a call that are OTM, an option trader pays a lower initial price than with an option straddle where the call and put purchased share the same strike price. However, this comes with a price so-to-speak; the stock will have to make a much larger move than if the option straddle were implemented because the breakeven points of the trade will be further out due to buying both options OTM. The trader is, arguably, taking a larger risk (because a bigger move is needed than with an option straddle), but is paying a lower price. Like many trade strategies there are pros and cons to each. If this or any other option strategy sounds a little overwhelming to you, I would invite you to checkout the Options Education section on our website.

The Particulars

An option strangle has two breakeven points just like the option straddle. To calculate these points simply add the net premium (call premium + put premium) to the strike price of the call (for upside breakeven) and subtract the net premium from the put’s strike (to calculate downside breakeven). If at expiration, the stock has advanced or dropped past one of these breakeven points, the profit potential of the strategy is unlimited (for upside moves). The position will take a 100% loss if the stock is trading between the put and call strikes upon expiration. Remember that the maximum loss a trader can take on an option strangle is the net premium paid.

Implied Volatility

The implied volatility (IV) of the options plays a key role in an option strangle as well. With no short options in this spread, the IV exposure is concentrated. When IV is considered low compared to historical volatility (HV), it is a relatively “cheap” time to buy options. Since the option strangle involves buying a call and put, buying “cheaper” options is critical. If the IV is expected to increase after the option strangle is initiated, this could increase the option premiums with all other factors held constant which is certainly a bonus for long option strangle holders.

Example Trade

To create an option strangle, a trader will purchase one out-of-the-money (OTM) call and one OTM put. An option trader may think Apple Inc. (AAPL) looks good for a potential option strangle since at the time of this writing, it is teetering around its all-time high at $120. With IV lower than HV and the trader unsure in what direction the Apple stock may move, the option strangle could be the way to go. The trader would buy both an March 125 call and an March 115 put. For simplicity, we will assign a price of 2.00 for both – resulting in an initial investment of $4 (2 + 2) for our trader (which again is the maximum potential loss).

Apple Stock Rallies

Should the Apple stock rally past the call’s breakeven point which is $129 (125 + 4) at expiration, the 115 put expires worthless and the $125 call expires in-the-money (ITM) resulting in the strangle trader collecting on the position. If, for example at expiration the stock is trading at $133 which means the intrinsic value of the call $8 (133 – 125), the profit is $4 (8 – 4) which represents the intrinsic value less the premium paid.

Apple Stock Declines

The same holds true if the stock falls below the put’s breakeven point at expiration. The put is in ITM and the call expires worthless. At expiration, if Apple stock is trading below the put’s breakeven point of the trade which is $111 (115 – 4), a profit will be realized. The danger is that Apple stock finishes between $111 and $129 as expiration occurs. In this case, both legs of the position expire worthless and the initial 4, or $400 of actual cash, is lost.

Maximum Loss

Notice that the maximum loss is the initial premium paid, setting a nice limit to potential losses. Profits and losses can be realized way before expiration and it is up to the trader to decide how and when to close the position. Potential profits on the strangle are unlimited which can be very rewarding but as always, a traders needs to decide how he or she will manage the position.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

December 4, 2014

Moneyness and AAPL

If you have seen Dan Passarelli do one of his presentations, there is probably a good chance you heard him mention “moneyness”. In fact, he even has a section about it in his books. Moneyness isn’t a word, is it? It won’t be found on spell-check, but moneyness is a very important term when it comes to learning to trade options. There are three degrees, if you will, of moneyness for an option, at-the-money (ATM), in-the-money (ITM) and out-of-the-money (OTM). Let’s take a look at each of these terms, using tech behemoth Apple (AAPL) as an example. At the time of writing, Apple was hovering around the $115 level, so let’s define the moneyness of Apple options using $115 as the price.

At-the-Money
An at-the-money AAPL option is a call or a put option that has a strike price about equal to $115. The ATM options (in Apple’s case the 115-strike put or call) have only time value (a factor that decreases as the option’s expiration date approaches, also referred to as time decay). These options are greatly influenced by the underlying stock’s volatility and the passage of time.

In-the-Money
An option that is in-the-money is one that has intrinsic value. A call option is ITM if the strike price is below the underlying stock’s current trading price. In the case of AAPL, ITM options include the 110 strike and every strike below that. One will notice that option positions that are deeper ITM have higher premiums. In fact, the further in-the-money, the deeper the premium.

A put option is considered ITM when the strike price is above the current trading price of the underlying. For our example, an ITM AAPL put carries a strike price of 120 or higher. As with call options, puts that are deeper ITM carry a greater premium. For example, a February AAPL 125 put has a premium of $12.85 compared to a price of $9.25 for a February 120 put.

If an option expires ITM, it will be automatically exercised or assigned. For example, if a trader owned a AAPL 110 call and AAPL closed at $115 at expiration, the call would be automatically exercised, resulting in a purchase of 100 shares of AAPL at $110 a share.

Out-of-the-Money
An option is out-of-the-money when it has no intrinsic value. Calls are OTM when their strike price is higher than the market price of the underlying, and puts are OTM when their strike price is lower than the stock’s current market value. Since the OTM option has no intrinsic value, it holds only time value. OTM options are cheaper than ITM options because there is a greater likelihood of them expiring worthless.

If this is the case, why purchase OTM options? If you have little investing capital, an OTM option carries a lower premium; but you are paying less because there is a higher possibility that the option expires worthless. OTM options are attractive because OTM calls can see their premium increase quickly. Of course, OTM options could see their premium decrease quickly as well. Remember that OTM options can log the highest percentage gain on the same move in the underlying, in comparison to ATM or ITM options.

Enjoy the Holidays!

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

November 17, 2014

Delta and Another Famous Greek

We all know options are derivatives, and their prices are derived from the underlying stock, index, or ETF. But with other factors at work such as implied volatility, time decay and the constant changing of prices, it may be difficult to gauge how much option prices will change. Certainly these are all important factors to consider when pricing options.  But have you ever wondered how much an option is going to change with respect to say the underlying? Very simple – check out its delta.

Delta is arguably the most heavily identifiable Greek (unless you count Socrates or Aristotle) especially by individuals learning to trade options. It offers a quick and relatively easy way to tell us what to expect from our option positions as we watch the price action of the underlying. Calls have positive deltas, as they typically move higher on a rise in the stock, and puts have negative deltas, as they typically move lower when the stock rises.

While some investors view delta as the percentage chance an option has of expiring in-the-money, it is really more of a way to project expected appreciation or depreciation. A delta of 0.50 for an AAPL call option suggests the option should move 50 cents higher when the AAPL moves up by a dollar, and lose 50 cents for every dollar AAPL moves lower.

But delta is only foolproof when all other factors are held constant, which is rarely the case (and certainly never the case for time decay). As option traders know, time decay is inevitable for all options particularly hurting long positions due to option premiums shrinking due to the passing of time. If an option is moving more (or less) than its delta would suggest, it is likely because other variables are shifting. For example, buying demand might be pushing implied volatility higher, raising the price of the options.

Still, this king of all Greeks is a good starting point for gauging how your options are likely to move. Option traders should consider mastering this option greek before moving on to the other greeks. Here at Market Taker Mentoring, we have many programs to teach you about option delta and much much more about all things options by experienced professionals. As Socrates once said, “Employ your time in improving yourself by other men’s writings, so that you shall gain easily what others have labored hard for.”

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

November 6, 2014

AAPL and Risk Control

Now that Apple’s earnings announcement is behind us, it may be a good time to take another look at the technology giant. With the volatility event over, you might be looking to implement an option position. Even though the company announced its earnings, there may still be some volatile action ahead as the market heads towards the holidays.  Here are a few thoughts that should be considered on AAPL or any other position you may enter.

Learning to trade options offers a number of unique advantages to an option trader, but perhaps the single most attractive characteristic is the ability to control risk rather precisely in many instances. Much of this advantage comes from the ability to control positions that are similar to stock with far less capital outlay.

One particular form of risk control that is often dismissed among option traders is the time stop. Time stops take advantage of the time decay (theta) and can help control risk. It is important to understand that this time decay is not linear by any means.

As a direct result, it may not be apparent the course the time decay curve will follow. An option trader has to take into account that the option modeling software that most online brokers have is essential to plan the trade and decide the appropriate time at which to place a time stop. This of course is dependent on how much risk the option trader is willing to take concede due to time decay as part of the whole risk element of the trade. Other risk factors include delta, gamma and theta just to name a few.

As an example, consider the case of a bullish position in AAPL implemented by buying in-the-money December 105 calls. A trader could establish a position consisting of 10 long contracts with a position delta of +700 for approximately $5,000 as I write this.

At the time of this writing, the stock is trading around $109; these call options are therefore $4 in-the-money. Let’s assume a trader analyzes the trade with an at-expiration P&(L) diagram and wants to exit the trade if AAPL is at or abelow $106 (where potential support is at) at expiration. The options expiration risk is $4,000 or more. However, if the option trader takes the position that the expected or feared move will occur quickly—long before expiration—he could implement a time stop as well.

Using a stop to close the position if the stock gets to $106 at a point in time around halfway to expiration would reduce the risk significantly. Because the option would still have some time value, the trader could sell the option for a loss prior to expiration, therefore retaining some time value and and the option having a higher price. In this scenario, closing the position prior to expiration helps the trader lose less when the stop triggers. This is especially true if there is a fair amount of time until expiration and time decay hasn’t totally eroded away the option premium.

As one can see, options offer a variety of ways to control risk. An option trader needs to learn several that match his or her risk/reward criteria and personality.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

August 7, 2014

An Option Strangle with AAPL Options

An option strangle is an option strategy that option traders can use when they think there is an imminent move in the underlying but the direction is uncertain. With an option strangle, the trader is betting on both sides of a trade by purchasing a put and a call generally just out-of-the-money (OTM), but with the same expiration. By buying a put and a call that are OTM, an option trader pays a lower initial price than with an option straddle where the call and put purchased share the same strike price. However, this comes with a price so-to-speak; the stock will have to make a much larger move than if the option straddle were implemented because the breakeven points of the trade will be further out due to buying both options OTM. The trader is, arguably, taking a larger risk (because a bigger move is needed than with an option straddle), but is paying a lower price. Like many trade strategies there are pros and cons to each. If this or any other option strategy sounds a little overwhelming to you, I would invite you to checkout the Options Education section on our website.

The Particulars

An option strangle has two breakeven points just like the option straddle. To calculate these points simply add the net premium (call premium + put premium) to the strike price of the call (for upside breakeven) and subtract the net premium from the put’s strike (to calculate downside breakeven). If at expiration, the stock has advanced or dropped past one of these breakeven points, the profit potential of the strategy is unlimited (for upside moves). The position will take a 100% loss if the stock is trading between the put and call strikes upon expiration. Remember that the maximum loss a trader can take on an option strangle is the net premium paid.

Implied Volatility

The implied volatility (IV) of the options plays a key role in an option strangle as well. With no short options in this spread, the IV exposure is concentrated. When IV is considered low compared to historical volatility (HV), it is a relatively “cheap” time to buy options. Since the option strangle involves buying a call and put, buying “cheaper” options is critical. If the IV is expected to increase after the option strangle is initiated, this could increase the option premiums with all other factors held constant which is certainly a bonus for long option strangle holders.

Example Trade

To create an option strangle, a trader will purchase one out-of-the-money (OTM) call and one OTM put. An option trader may think Apple Inc. (AAPL) looks good for a potential option strangle. At the time of this writing, Apple stock is trading at around $98. With IV lower than HV and the trader unsure in what direction the Apple stock may move, the option strangle could be the way to go. The trader would buy both an Aug-29 99 call and an Aug-29 97 put. For simplicity, we will assign a price of 1.65 for both – resulting in an initial investment of 3.30 (1.65 + 1.65) for our trader (which again is the maximum potential loss).

Apple Stock Rallies

Should the Apple stock rally past the call’s breakeven point which is $102.30 (99 + 3.30) at expiration, the 97 put expires worthless and the $99 call expires in-the-money (ITM) resulting in the strangle trader collecting on the position. If, for example at expiration the stock is trading at $104 which means the intrinsic value of the call $5 (104 – 99), the profit is $1.70 (5 – 3.30) which represents the intrinsic value less the premium paid.

Apple Stock Declines

The same holds true if the stock falls below the put’s breakeven point at expiration. The put is in ITM and the call expires worthless. At expiration, if Apple stock is trading below the put’s breakeven point of the trade which is $93.70 (97 – 3.30), a profit will be realized. The danger is that Apple stock finishes between $97 and $99 as expiration occurs. In this case, both legs of the position expire worthless and the initial 3.30, or $330 of actual cash, is lost.

Maximum Loss

Notice that the maximum loss is the initial premium paid, setting a nice limit to potential losses. Profits and losses can be realized way before expiration and it is up to the trader to decide how and when to close the position. Potential profits on the strangle are unlimited which can be very rewarding but as always, a traders needs to decide how he or she will manage the position.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

June 18, 2014

AAPL Butterfly After the Split

There has been more talk than usual about Apple Inc. (AAPL) before and now just after the split. Several traders have asked me about what type of AAPL option trade they can use if they think AAPL will rise to around $100 in a few short weeks. Truth be told, there is more than one option strategy that can profit. But an option trader should consider a directional butterfly spread particularly if he or she has a particular time frame in mind as well. Depending on how the butterfly spread is structured, the option trader can structure a high risk/reward ratio for the spread. Let’s take a look at this option strategy.

The long butterfly spread involves selling two options at one strike and then purchasing options above and below equidistant from the sold strikes. This is usually implemented with all calls or all puts. The long options are considered to be the wings and the short options are the body of the butterfly. The option strategy objective is for the stock to be trading at the sold strikes at expiration. The option strategy benefits from time decay as the stock moves closer to the short options strike price at expiration. The short options expire worthless or have lost significant value and the lower strike call on a long call butterfly spread or higher strike put for a long put butterfly spread have intrinsic value.

As mentioned above, if an option trader thinks that AAPL will be trading around $100 in about three weeks, he can implement a long call butterfly spread with the sold strikes (body) right at $100. Put options could also be used but since the spread is being structured out-of-the-money (OTM), the bid/ask spreads of the options tend to be tighter versus in-the-money (ITM) options which would be the case with put options. The narrower the option trader makes the wings (long calls) the less the trade will cost but there will be less room to profit due to the breakevens. If the butterfly spread is designed with larger wings, the more it will cost but there will be a wider area between the breakevens.

At the time of this writing, AAPL is trading around $92. An option trader decides to buy a Jul-03 97/100/103 call butterfly for 0.15. The most the trader can lose is $0.15 if AAPL closes at or below $97 and at or above $103 at expiration. The breakevens on the trade are between $97.15 (97 + 0.15) and $102.85 (103 – 0.15). The maximum profit on the trade in the unlikely event AAPL closes exactly at $100 on expiration would be $2.85 (3 – 0.15). This gives this option strategy a 1 to 19 risk/reward ratio. Granted AAPL needs to move higher and be around $100 in three weeks but one could hardly argue about the risk/reward of the option strategy or the generous breakeven points of the spread.

This AAPL option trade may be a bit overwhelming for a new option trader to understand and there is more than one way to take a bite out of AAPL with a bullish bias. A directional call butterfly spread in this instance is just one way. A big advantage that the directional butterfly strategy may have over another option strategy is the high risk/reward ratio. The biggest disadvantage is the trader needs to be right about the time frame in which the stock will trading between the wings since maximum profit is earned as close to expiration as possible.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

May 15, 2014

Delta and Your Overall Position

Delta is probably the first greek an option trader learns and is focused on. In fact it can be a critical starting point when learning to trade options. Simply said, delta measures how much the theoretical value of an option will change if the stock moves up or down by $1. A positive delta means the position will rise in value if the stock rises and drop in value of the stock declines. A negative delta means the opposite. The value of the position will rise if the stock declines and drop in value if the stock rises in price. Some traders use delta as an estimate of the likelihood of an option expiring in-the-money (ITM). Though this is common practice, it is not a mathematically accurate representation.

The delta of a single call can range anywhere from 0 to 1.00 and the delta of a single put can range from 0 to -1.00. Generally at-the-money (ATM) options have a delta close to 0.50 for a long call and -0.50 for a long put. If a long call has a delta of 0.50 and the underlying stock moves higher by a dollar, the option premium should increase by $0.50. As you might have derived, long calls have a positive delta and long puts have a negative delta. Just the opposite is true with short options—a short call has a negative delta and a short put has a positive delta. The closer the option’s delta is to 1.00 or -1.00 the more it responds closer to the movement of the stock. Stock has a delta of 1.00 for a long position and -1.00 for a short position.

Taking the above paragraph into context one may be able to derive that the delta of an option depends a great deal on the price of the stock relative to the strike price of the option. All other factors being held constant, when the stock price changes, the delta changes too.

An important thing to understand is that delta is cumulative. A trader can add, subtract and multiply deltas to calculate the delta of the overall position including stock. The overall position delta is a great way to determine the risk/reward of the position. Let’s take a look at a couple of examples.

Let’s say a trader has a bullish outlook on Apple (AAPL) when the stock is trading at $590 and purchases 3 June 590 call options. Each call contract has a delta of +0.50. The total delta of the position would then be +1.50 (3 X 0.50) and not 0.50. For every dollar AAPL rises all factors being held constant again, the position should profit $150 (100 X 1 X 1.50). If AAPL falls $2, the position should lose $300 (100 X -2 X 1.50).

Using AAPL once again as the example, lets say a trader decides to purchase a 590/600 bull call spread instead of the long calls. The delta of the long $590 call is once again 0.50 and the delta of the short $600 call is -0.40. The overall delta of the position is 0.10 (0.50 – 0.40). If AAPL moves higher by $5, the position will now gain $50 (100 X 5 X 0.10). If AAPL falls a dollar, the position will suffer a $10 (100 X -1 X 0.10) loss.

Calculating the position delta is critical for understanding the potential risk/reward of a trader’s position and also of his or her total portfolio as well. If a trader’s portfolio delta is large (positive or negative), then the overall market performance will have a strong impact on the traders profit or loss.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

 

 

Older Posts »