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March 12, 2015

Implied Volatility and Bull Put Spreads

Implied volatility (IV) has been relatively low in the market until recently. With recent downturn in the market, some implied volatility levels have increased of of their recent lows. Implied volatility by definition is the estimated future volatility of a stock’s price. More often than not, IV increases during a bearish market (or a sell off like we have been seeing) and decreases during a bullish market. The reasoning behind this comes from the belief that a bearish market is more risky than a bullish market. The jury is still out on whether this current bullish market can continue through the summer but regardless, now may be a good time to review a strategy that can take advantage of higher implied volatility even if it doesn’t happen this week. Option traders need to be prepared for all types of trading environments.

Reasoning and Dimensions

Selling bull put spreads during a period of high implied volatility can be a wise strategy, as options are more “expensive” and an option trader will receive a higher premium than if he or she sold the bull put spread during a time of low or average implied volatility. In addition, if the implied volatility decreases over the life of the spread, the spread’s premium will also decrease based on the option vega of the spread. Option vega measures the option’s sensitivity to changes in the volatility of the underlying asset. The implied volatility may decrease if the market or the underlying moves higher.

Outlook and the VIX

Let’s take a look at an example of selling a bull put spread during a time of high implied volatility. In this recent environment, the CBOE Market Volatility Index (VIX) has recently moved from just below 14 percent to about 17 percent in about two weeks which was accompanied by a decline in the market over that same time period. The VIX measures the implied volatility of S&P 500 index options and it typically represents the market’s expectation of stock market volatility. Usually when the VIX rises, so does the implied volatility of options. Despite the drop, let’s say a trader is fairly bullish on XYZ stock. With the option premiums increased because of the implied volatility increasing, a trader decides to sell a bull put spread on XYZ, which is trading around $53 in this example.

Selling the Spread

To sell a bull put spread, the trader might sell one put option contract at the 52.5 strike and buy one at the 50 strike. The short 52.5 put has a price of 1.90, in this example, and the 50 strike is at 0.90. The net premium received is 1.00 (1.90 – 0.90) which is the maximum profit potential. Maximum profit would be achieved if XYZ closed above $52.50 at expiration. The most the trader can lose is 1.50 (2.50 – 1.00) which is the difference between the strike prices minus the credit received. The bull put spread would break even if the stock is at $51.50 ($52.50 – $1.00) at expiration. In other words, XYZ can fall $0.50 and the spread would still be at its maximum profit potential at expiration. If the VIX was still at 12 percent like it had been previously, the implied volatility of these options could be lower and the trader might only be able to sell the spread for 0.90 versus 1.00 when it was at 18%. Subsequently the max loss would be 0.10 higher too. In addition, if the IV decreases before expiration (like it has been known to do if the underlying rises), the spread will also decrease based on the option vega which could decrease the spread’s premium faster than if the IV stayed the same or if it rose.

Final Thoughts

When examining possible option plays and implied volatility is at a level higher than normal, traders may be drawn to credit spreads like the bull put spread. The advantage of a correctly implemented bull put spread is that it can profit from either a neutral or bullish move in the stock and selling premium that is higher than normal.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

March 4, 2015

A Butterfly Spread Used Directionally

For the most part,  option traders use butterfly spreads for a neutral outlook on the underlying. The position is structured to profit from time decay but with the added benefit of a “margin of error” around the position depending on what strike prices are chosen. Butterflies can be great market-neutral trades. However, what some traders don’t realize is that butterflies can also be great for trading directionally.

A Butterfly

The long butterfly spread involves selling two options at one strike and the purchasing options above and below equidistant from the sold strikes. This is usually implemented with all calls or all puts. The long options are referred to as the wings and the short options are the body; thus called a butterfly.

The trader’s objective for trading the long butterfly is for the stock to be trading at the body (short strikes) at expiration. The goal of the trade is to benefit 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 or higher strike put for a long put butterfly have intrinsic value. Maximum loss (cost of the spread) is achieved if the stock is trading at or below the lower (long) option strike or at or above the upper (long) option strike.

Directional Butterfly

What may not be obvious to novice traders is that butterfly spreads can be used directionally by moving the body (short options) of the butterfly out-of-the-money (OTM) and maybe using slightly wider strike prices for the wings (long options). This lets the trader make a directional forecast on the stock with a fairly large profit zone depending on the width of the wings.

To implement a directional butterfly, a trader needs to include both price and time in his outlook for the stock. This can be the most difficult part for either a neutral or directional butterfly; picking the time the stock will be trading in the profit zone. Sometimes the stock will reach the area too soon and sometimes not until after expiration. If the trader picks narrow wings (tighter strikes), he can lower the cost of the spread. If the trader desires a bigger profit zone (larger strikes), he can expand the wings of the spread and the breakevens but that also increases the cost of the trade. It’s a trade-off.

Final Thoughts

One of the biggest advantages of a directional butterfly spread is that it can be a relatively low risk and high reward strategy depending on how the spread is designed. Maybe one of the biggest disadvantages of a directional butterfly spread is that its maximum profit potential is reached close to expiration. But being patient can be very good for a trader…most of the time!

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

February 25, 2015

Do You Understand Settlement?

A question I often get in Group Coaching and one that is probably not discussed enough when learning to trade options is that of the various settlement issues. Many option traders limit their universe of option trading to two broad categories. One group consists of individual equities and the similar group of exchange traded funds (ETFs). The other group is composed of a multitude of broad based index products. These two groups are not entirely mutually exclusive since a number of very similar products exist in both categories. For example the broad based SPX index has a corresponding ETF, the SPY.

The first category, the individual equities and ETFs, trade until the close of market on the third Friday of each month for the monthly series contracts. These days there are more and more ETFs and equities that also have weekly settlements too. These contracts are of American type and as such can be exercised by the owner of the contracts for any reason whatsoever at any time until their expiration. If the contract is in-the-money at expiration by just one cent, clearing firms will also exercise these automatically for the owners unless specifically instructed not to do so in many cases. The settlement price against which these decisions are made is the price of the underlying at the close of the life of the option contract.

When this first group we are discussing settles, it is by the act of buying or selling shares of the underlying equity/ETF at the particular strike price. As such, the trader owning a long call will acquire a long position in the underlying and the owner of a put a short position. Conversely, the trader short these options will incur the offsetting action in his account. Obviously, existing additional positions in the equity/ETF itself may result in different final net positions.

The second category, the broad based index underlyings, are also termed “cash settled index options”. This category would include a number of indices, for example RUT and SPX. As the name implies, these series settle by movement of cash into and out of the trader’s account. The last day to trade these options is the Thursday before the third Friday; they settle at prices determined during that Friday morning. Like ETFs and equities, these index options also have weekly settlements as well.

One critically important fact with which the trader needs to be familiar with is the unusual method of determining the settlement price of many of the underlyings; it is NOT the same as settlement described above. Settlement for this category of underlyings has the following two characteristics important for the trader to understand: 1.The settlement value is a calculated value published by the exchange and is determined from a calculation of the Friday opening prices of the various individual equities, and 2. This value has no obligate relationship to the Thursday closing value for the underlying.

Many option traders choose never to allow settlement for the options they hold, either long or short. For those who do allow positions to settle, careful evaluation of the potential impact on capital requirements of the account must be a routinely monitored to avoid any surprises. When in doubt the best way to go is to ask your broker how they will handle settlement for your particular situation  and and tell you what alternatives you might have.

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 12, 2015

Going for the Long Ball with OTM Call Options

It seems like almost every other week in my Group Coaching class, a student will ask me about buying deep out-of-the money (OTM) options. Many option traders especially those that are new initially buy deep out-of-the-money options because they are cheap and can offer a huge reward. Unfortunately many times, these “cheap” options are rarely a bargain. Don’t get me wrong, at first glance an OTM call that costs $0.25 may seem like a steal. Since spring training is fast approaching, we can use a baseball analogy and say that if the trade works out, it could turn into a real homerun; maybe even a grand slam. But if the call’s strike price is say $20 or $30 (depending on the stock price) above the market and the stock has never rallied that much before in the amount of time until expiration, the option will likely expire worthless or close to it.

Negative Factors

Many factors work against the success of a deep OTM call from profiting. The call’s delta (rate of change of an option relative to a change in the underlying) will typically be so small that even if the stock starts to rise, the call’s premium will not increase much. In addition, option traders will still have to overcome the bid-ask spread (the difference between the buy and sell price) which might be anywhere from $0.05 to $0.15 or even more for illiquid options.

Option traders that tend to buy the cheapest calls available are probably calls that have the shortest time left until expiration. If an OTM call option expires in less than thirty days, its time decay measured by theta (rate of change of an option given a unit change in time) will be often larger than the delta especially for higher priced and more volatile stocks. Any potential gains from the stock rising in price can be negated by the time decay. Plus each day the OTM call option premium will decrease if the stock drops, trades sideways or rallies just a tad.

Final Thoughts

A deep OTM call option can become profitable only if the stock unexpectedly jumps much higher. If the stock does rise sharply, an OTM call option can hit the proverbial homerun and post impressive gains. The question option traders need to ask themselves is how much are they willing to lose waiting for the stock to rise knowing that the odds are unlikely for it to happen in the first place? Trades like these have very low odds and may be better suited for the casino then the trading floor.

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

January 29, 2015

A Different Use of the Butterfly

There are several ways to make adjustments or lock in profits on a profitable long call or long put position. One of my favorites has to be converting the option position to a long butterfly spread. It may sound funny, but probably the hardest part about an option trader converting his position to lock in profits with a butterfly spread is getting to a profitable position in the first place; the rest is relatively easy! Let’s take a look at a scenario and an outlook in which this butterfly spread can be considered.

Butterfly Spread on BIDU

Let’s assume an option trader has been watching ABC Inc. (ABC) stock and noticed the stock pulled back slightly from the uptrend in which it has been trading. When ABC stock was trading around $175 in the middle of January, he decides to buy the February 175 call options for 7. Lo and behold about a week later the stock moves higher and it’s trading around $185. The $185 level is potential resistance for the stock because is has previously traded to that area twice before and the trader is concerned it might happen once again. The trader thinks there may be a chance that ABC stock may trade sideways at that level. Converting a long call position to a butterfly spread is advantageous if a neutral outlook is forecast (as in this case). A long butterfly spread has its maximum profit attained if the stock is trading at the short strikes (body of the butterfly) at expiration.

The option trader is already long the February 175 call which constitutes one wing of the butterfly so he needs to sell two February 185 calls which is the body of the butterfly and where the option trader thinks the stock may trade until expiration. $185 represents where the maximum profit can be earned at expiration. A February 195 call (other wing) would need to be purchased to complete the long call butterfly spread.

The original cost of the February 175 call was 7. The two short February 185 calls sell for 5.25 a piece and the long February 195 call costs 2. The converted 175/185/195 long call butterfly spread produces a credit of 1.50 (-7 + 10.50 – 2). Now here’s a look at the possible scenarios that could happen and some possibilities that can be considered.

 Take Profit

With ABC stock trading around $185, the February 175 call option has increased in value to 11.25. That means the trader can sell the call and make a profit of $4.25 (11.25 – 7). Certainly this is a viable option and should be considered on some of the contracts before adjusting the position.

Maximum Loss

Maximum loss for a long butterfly spread is realized if the stock is trading at or below the lowest strike (lower wing) or at or above the highest strike (higher wing). In this case the maximum loss is not a loss at all but a credit of $1.50. In essence, the original $7 potential risk from buying the February 175 call is now erased and has turned into a guaranteed profit even if ABC stock completely collapses. If the stock continues to move higher and past the 195 strike at expiration, the maximum loss is still achieved; albeit a $1.50 profit. But more could have been made by simply keeping the original position intact. That is why it may be prudent if there is more than one contract (long call) to maybe not convert all the positions to a butterfly spread, particularity if the trader thinks that the stock can still climb higher. Keeping the long call would have more profitable if this scenario played out.

Maximum Profit

Maximum profit is achieved if the trader is right and stock closes right at $185 at expiration. The current profit on the trade is $4.25 as discussed above. If ABC stock continues to trade sideways or ends up at $185 at expiration, that $4.25 profit has now grown to an $11.50 profit. The maximum profit for a butterfly spread is derived from taking the difference between the bought and sold strikes which in this case is $10, and adding premium received from converting the position to a butterfly spread ($1.50). Not too bad of a result if ABC stock trades sideways or ends up at $185 at expiration. It seems pretty clear that the long butterfly spread is very beneficial when a sideways outlook is forecast after the long option has profited.

As long as the strike prices align with the trader’s outlook, converting a long call or a long put to a butterfly spread can be very effective after gains are realized. If there are multiple contracts, it allows an option trader to take profits now and also potentially earn more if the stock essentially goes nowhere and ends up close to the short strikes at expiration.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

January 22, 2015

Hedging Risk in Potential Take-Over Stocks

Several days ago, there was a rumor that Samsung was planning on acquiring smartphone maker BlackBerry Limited (BBRY) and the stock shot up over 25%. The rumors so far have failed to materialize. That being said, let’s look at an made-up example of a take-over and a way to use options to capture the possible move. A $50 stock is rumored to be taken out at $55. Looks like a nice spec trade right? You go to the option chain to look for some calls to buy and you notice that the options have gotten pretty expensive. Implied volatility has skyrocketed. Sometimes implied volatility can make options so expensive that even if the trade goes your way the profit is just not there–but the risk is. So, what’s an options trader to do?

One solution can be to buy a bull call spread instead of the outright call. The rationale? It’s called hedging–hedging volatility premium. Whenever you buy options, you’re getting long implied volatility. If implied volatility is expensive, the options are expensive too. And if implied volatility subsequently falls after you make the trade, those options drop in value too. So, what if you both buy and sell an option to create a spread? Let’s look at the two legs of a bull call spread

Bull Call Spread – Long Leg

A bull call spread is when a trader buys one call and sells another that has a higher strike price. Look at it as two trades. The long call would be the one you might buy if you were to spec on the take-over stock. In the case of a take over, this call likely has high implied volatility as the market scrambles to buy up calls, making it pricey.

Bull Call Spread – Short Leg

Because there is a target price in which the take-over target is expected to be bought, you only need exposure up to a certain point–the take-over price. Why not sell a call at or above the expected take-over price? You’re not giving up upside. But you are taking in (expensive) premium to hedge the (expensive) premium you’re buying with the long call leg. It’s a perfect spread.

Example

Let’s look at this in terms of absolute risk. A stock currently trading for $50 is rumored for take over at $55. News is expected within a couple of weeks.

Buy 1 February 50 call at $4

Sell 1 February 55 call at $2

Net debit $2

Max loss = $2 (That’s better than just buying the 50 calls outright)

Max gain = $3 (That’s the $5 spread minus the $2 premium)

Break even = $52 (That’s $50 strike plus $2 spread premium)

Here the max loss/max gain ratio of the spread is 2:3. The max loss/max gain ratio of the outright call would be 4:1 (Remember, you expect the stock only to rise to $55). The spread looks better so far. Let’s look at the break evens. The spread break-even is $52. The outright call’s break even is $54. Better still.

Wrap Up

With all option strategies, there are opportune times when they offer an advantage over an alternative strategy. Bull call spreads and take-over candidates are a natural fit. Traders always need to look for ways to construct the smartest position in terms of risk-reward.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

January 14, 2015

Implied Volatility May Continue to Swing

The last several months, the market has shown some good movement with some wild swings. The S&P 500 and Dow set their all-time highs once again, and then promptly moved lower. Now we are about to start the next earnings season and the roller-coaster ride may continue. It is important for option traders to understand one of the most important steps when learning to trade options; analyzing implied volatility and historical volatility. This is the way option traders can gain edge in their trades. But analyzing implied volatility and historical volatility is often an overlooked process making some trades losers from the start. An option trader needs to look back at the last couple of months of option trading to see how volatility played a crucial part in option pricing and how it will help them going forward.

Implied Volatility and Historical Volatility
Historical volatility (HV) is the volatility experienced by the underlying stock, stated in terms of annualized standard deviation as a percentage of the stock price. Historical volatility is helpful in comparing the volatility of a stock with another stock or to the stock itself over a period of time. For example, a stock that has a 30 historical volatility is less volatile than a stock with a 35 historical volatility. Additionally, a stock with a historical volatility of 45 now is more volatile than it was when its historical volatility was, say, 30.

In contrast to historical volatility, which looks at actual stock prices in the past, implied volatility (IV) looks forward. Implied volatility is often interpreted as the market’s expectation for the future volatility of a stock. Implied volatility can be derived from the price of an option. Specifically, implied volatility is the expected future volatility of the stock that is implied by the price of the stock’s options. For example, the market (collectively) expects a stock that has a 20 implied volatility to be less volatile than a stock with a 30 implied volatility. The implied volatility of an asset can also be compared with what it was in the past. If a stock has an implied volatility of 40 compared with a 20 implied volatility, say, a month ago, the market now considers the stock to be more volatile. A recent example of the implied volatility increasing was the debt ceiling crisis. There was some concern that the government would not hammer out a compromise and thus default which put fear into the market and increased implied volatility.

Analyzing Volatility
Implied volatility and historical volatility is analyzed by using a volatility chart. A volatility chart tracks the implied volatility and historical volatility over time in graphical form. It is a helpful guide that makes it easy to compare implied volatility and historical volatility. But, often volatility charts are misinterpreted by new or less experienced option traders.

Regular users of volatility charts need to perform three separate analyses. First, they need to compare current implied volatility with current historical volatility. This helps the trader understand how volatility is being priced into options in comparison with the stock’s volatility. If the two are disparate, an opportunity might exist to buy or sell volatility (i.e., options) at a “good” price. In general, if implied volatility is higher than historical volatility it gives some indication that option prices may be high. If implied volatility is below historical volatility, this may mean option prices are discounted. High is giid for selling and low is good for buying option premium.

But that is not where the story ends. Traders must also compare implied volatility now with implied volatility in the past. This helps traders understand whether implied volatility is high or low in relative terms. If implied volatility is higher than typical, it may be expensive, making it a good a sell; if it is below its normal level it may still be a good buy.

Finally, traders need to complete their analysis by comparing historical volatility at this time with what historical volatility was in the recent past. The historical volatility chart can indicate whether current stock volatility is more or less than it typically is. If current historical volatility is higher than it was typically in the past, the stock is now more volatile than normal.

If current implied volatility doesn’t justify the higher-than-normal historical volatility, the trader can capitalize on the disparity known as the skew by buying options priced too cheaply.

Conversely, if historical volatility has fallen below what has been typical in the past, traders need to look at implied volatility to see if an opportunity to sell exists. If implied volatility is high compared with historical volatility, it could be a sell signal.

The Art and Science of Implied Volatility and Historical Volatility
Analyzing implied volatility and historical volatility on volatility charts is both an art and a science. The basics are shown here. But there are lots of ways implied volatility and historical volatility can interact. Each volatility scenario is different like an expected earnings announcement or a general fear of the economy. Understanding both implied volatility and historical volatility combined with a little experience helps traders use volatility to their advantage and gain edge on each trade and that is precisely what every trader needs.

Now you know a little more about how implied volatility can affect options, it is time to put that knowledge to use and get the edge in your trades!

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

January 8, 2015

Make Mine a Double!

With earnings season unbelievably upon us in a few short weeks, it might be a good time to talk about a subject that is brought up quite often in MTM Group Coaching and Online Education and is often debated by option traders learning to trade advanced strategies; double calendars vs. double diagonals.

Double Calendars vs. Double Diagonals
Both double calendars and double diagonals have the same fundamental structure; each is short option contracts in nearby expirations and long option contracts in farther out expirations in equal numbers. As implied by the name, this complex spread is comprised of two different spreads. These time spreads (aka known as horizontal spreads and calendar spreads) occur at two different strike prices. Each of the two individual spreads, in both the double calendar and the double diagonal, is constructed entirely of puts or calls. But the either position can be constructed of puts, calls, or both puts and calls. The structure for each of both double calendars or double diagonals thus consists of four different, two long and two short, options. These spreads are commonly traded as “long double calendars” and “long double diagonals” in which the long-term options in the spread (those with greater value) are purchased, and the short-term ones are sold. The profit engine that drives both the long double calendar and the long double diagonal is the differential decay of extrinsic (time) premium between shorter dated and longer dated options. The main difference between double calendars and double diagonals is the placement of the long strikes. In the case of double calendars, the strikes of the short and long contracts are identical. In a double diagonal, the strikes of the long contracts are placed farther out-of-the-money) OTM than the short strikes.

Why should an option trader complicate his or her life with these two similar structures? The reason traders implement double calendars and double diagonals is the position response to changes in IV; in other words, the vega of the position. Both trades are vega positive, theta positive, and delta neutral—presuming the price of the underlying lies between the two middle strike prices—over the range of profitability. However, the double calendar positions, because of the placement of the long strikes being closer to ATM, responds favorably more rapidly to increases in IV while the double diagonal responds more slowly. Conversely, decreases in IV of the long positions has a negative impact on double calendars more strongly than it does on double diagonals.

If you have only traded a single-legged calendar or diagonal through earnings season even not during earnings season, it might just be time to give them a look. Maybe you have never traded a calendar or a diagonal. This might be the time to find out about these time spreads.  Once a single position spread makes sense, a double might make even more sense and be more profitable too.

John Kmiecik

Senior Options Instructor

Market Taker Mentoring

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