Introduction to Extrinsic Value and Intrinsic Value
Extrinsic value, a crucial concept in options trading, represents the difference between an option’s market price and its intrinsic value. This section dives deeper into the relationship between these two elements of options pricing.
What is Extrinsic Value?
The term ‘extrinsic value’ refers to the portion of an option’s worth that doesn’t come from its underlying asset. Instead, it arises from factors like time until expiration and implied volatility. The opposite of extrinsic value is intrinsic value, which represents the difference between the strike price and the underlying asset’s current price when the option is in the money.
Understanding Extrinsic Value: A Closer Look
When evaluating an option, understanding the relationship between intrinsic and extrinsic value is essential for making informed trading decisions. An option can have both intrinsic and extrinsic value simultaneously, or it may only possess one or the other depending on various market conditions.
The primary factors influencing extrinsic value are time to expiration and implied volatility. Let’s explore each of these factors in detail:
1. Time to Expiration
Time until an options contract expires is a significant determinant of its premium. As an option approaches its expiration date, the time value decreases because there is less potential for favorable price movements. Generally, out-of-the-money (OTM) options with more time to expire will have higher extrinsic value compared to those with a shorter time to expire.
2. Implied Volatility
Implied volatility gauges the extent to which an underlying asset might move within a specified period. Changes in implied volatility significantly impact extrinsic value because it influences the expected price swings of the underlying asset. Higher implied volatility results in higher extrinsic values, as investors demand larger premiums to account for heightened uncertainty.
Factors Affecting Extrinsic Value: Time to Expiration and Implied Volatility
Now that we’ve established the primary factors influencing extrinsic value let’s dive deeper into how they work in practice.
Time to Expiration:
The time left until an option contract expires plays a crucial role in determining its extrinsic value. Normally, as an option nears expiration, it loses value due to decreasing potential for favorable price movements. However, if the underlying asset experiences significant price changes during this period, an option’s extrinsic value may increase.
Implied Volatility:
Implied volatility is another critical factor impacting extrinsic value. Higher implied volatility results in larger potential price swings for the underlying asset, leading to increased demand for options and a subsequent rise in their premium or extrinsic value. Conversely, lower implied volatility decreases the need for options, resulting in reduced extrinsic values.
Maximizing Extrinsic Value: Strategies for Options Traders
As a trader seeking to maximize profit from options’ extrinsic value, it is essential to be aware of factors that influence its behavior and potential price movements. A few strategies can help you capitalize on these trends effectively:
1. Monitor Market Trends
Stay informed about market trends to identify potential shifts in implied volatility or time until expiration, which may lead to changes in an option’s extrinsic value.
2. Utilize Options Strategies
Deploying options strategies like straddles and strangles can help traders maximize the potential benefits of changing extrinsic values. These strategies involve buying multiple options with different strike prices and leverage the overall price movement instead of relying on a specific directional move.
3. Monitor Expiration Dates
Pay close attention to upcoming expiration dates, as they may impact an option’s time value. Options closer to their expiration dates will generally have lower extrinsic values compared to those with longer durations.
In conclusion, understanding the concept of extrinsic value is essential for navigating the complex world of options trading. By recognizing the primary factors affecting its behavior and adopting effective strategies, traders can capitalize on this dynamic component of option pricing to optimize their profit potential.
Definition of Extrinsic Value
Extrinsic value, also known as time value or non-intrinsic value, is a crucial element in options trading that represents the difference between the market price, or premium, and the intrinsic value of an option. Intrinsic value refers to the inherent worth of an option based on its underlying asset’s price relation to the strike price. Conversely, extrinsic value comprises the portion of the option’s premium that isn’t related to the intrinsic value. This value arises from factors such as time to expiration and implied volatility, which can significantly influence an option’s overall worth.
Understanding Extrinsic Value: The Difference between Premium and Intrinsic Value
When a trader purchases an option, they pay the premium, which is the total price for the contract. This amount includes both intrinsic value and extrinsic value. Intrinsic value represents the option’s worth derived from its underlying asset’s relationship to its strike price. When the underlying stock or other security is in the money (ITM), this value is positive, and when it’s out of the money (OTM), it is negative.
In contrast, extrinsic value doesn’t stem directly from the underlying asset’s price. Instead, it depends on factors like volatility, time to expiration, and interest rates. Extrinsic value can be both positive or negative, as an option with a short time to expiration or high implied volatility will generally have a more significant extrinsic value than one with a longer time frame and lower volatility.
Examples of Extrinsic Value in Practice
Let’s explore an example involving a call option on stock XYZ, with a strike price of $50 and a current market price of $52. This option has no intrinsic value since the underlying stock is above its strike price. However, there may still be substantial extrinsic value due to the time left until expiration and the level of implied volatility present in the market.
As expiration approaches or if the underlying security’s price moves closer to the strike price, the intrinsic value will grow. Consequently, the option’s premium will decrease as intrinsic value takes precedence over extrinsic value. However, it is essential to note that an increase in implied volatility can cause both intrinsic and extrinsic values to rise.
Intrinsic Value vs. Profit
It’s crucial to distinguish between an option’s intrinsic value and profit. The former refers to the inherent worth of an option based on its relationship to the underlying asset’s price and strike price. On the other hand, profit represents the difference between the premium paid for an option and the final realized gain or loss when it is sold or expires. If a trader buys a call option with a $5 strike price for $2 and sells it later for $7, their profit would be $5 per share. However, at no point during this trade did the option possess an intrinsic value of $5; it only had extrinsic value when there was still time until expiration or implied volatility affecting its worth.
Factors Affecting Extrinsic Value: Time to Expiration
One crucial determinant of an options contract’s extrinsic value is time until expiration. The lengthy time remaining before expiration generally correlates with higher extrinsic value. As the date approaches, this value dwindles since there is less potential for favorable price movements in the underlying asset. For instance, consider two out-of-the-money call options on a stock – one having one month and the other possessing only one week until expiration. In general, the option with a longer time to expiration would exhibit more substantial extrinsic value due to the extended opportunity for positive price changes in the underlying asset.
The concept of time value is closely related to options’s extrinsic value. As mentioned previously, an option’s intrinsic value represents its worth based on the underlying asset’s relationship with the strike price. In contrast, extrinsic value refers to factors other than the underlying asset’s price that influence the option’s premium. The primary contributors to these external factors are time until expiration and implied volatility.
The passage of time progressively diminishes an options contract’s value as it nears its expiration date. This is because there is less time for the underlying asset to make favorable price movements that would increase the option’s intrinsic value. Consequently, with a shorter time until expiration, the extrinsic value also declines since the option has a reduced opportunity to generate profit from changes in the underlying asset’s price.
It is essential to recognize that time value and extrinsic value are interrelated, as options’ premiums include both components. The time value of an option reflects the portion of the premium attributable to the passage of time until expiration. In turn, the remaining difference between the option’s total premium and its intrinsic value represents the option’s extrinsic value.
Under normal circumstances, a contract with an extended time horizon boasts more substantial extrinsic value. The additional time offers a greater opportunity for favorable price movements in the underlying asset, potentially increasing both the intrinsic and extrinsic values of the option. This is why investors frequently employ longer-dated options strategies to maximize their potential reward while managing risk exposure.
However, it’s important to remember that time value is not a fixed quantity; rather, it fluctuates based on market conditions and expectations for volatility. As such, a decrease in implied volatility can result in the extrinsic value of an option declining even if there is ample time remaining until expiration. Conversely, rising volatility could increase both intrinsic and extrinsic values, particularly for longer-term options.
A practical example demonstrates how the relationship between time to expiration, intrinsic value, and extrinsic value interplays in options trading. Assume a trader purchases a put option on XYZ stock with a strike price of $45 when the underlying asset is currently priced at $50. The option’s premium is $3, resulting in no intrinsic value initially since the stock’s price is above the strike price. As expiration nears, the time remaining for favorable price movements decreases, and the option’s extrinsic value shrinks as well. If the stock’s price falls below the strike price, the option will gain intrinsic value, while its extrinsic value may remain substantial if there is still ample time until expiration. Conversely, if the stock fails to reach or surpass the strike price before expiration, both intrinsic and extrinsic values become worthless.
In conclusion, understanding the relationship between time to expiration, intrinsic value, and extrinsic value in options trading is vital for investors seeking to maximize profit potential while managing risk exposure. By recognizing how the passage of time affects an option’s extrinsic value, traders can make informed decisions regarding option selection and entry/exit points.
Factors Affecting Extrinsic Value: Implied Volatility
Implied volatility plays a crucial role in determining the extrinsic value of an option contract. It’s essential to understand how it impacts options pricing as changes in implied volatility can significantly affect an option’s premium (extrinsic value). Implied volatility represents the market’s expectation for future price fluctuations. It is an important component of the Black-Scholes model, widely used for pricing European call and put options.
When assessing an option contract, it is important to note that its price is not solely based on the underlying asset’s value. Instead, the premium consists of both intrinsic value (IV) and extrinsic value (EV). Intrinsic value refers to the difference between the underlying’s current market price and the strike price if the option is in the money, while extrinsic value represents the part of the option’s value derived from factors other than the intrinsic value. The most significant determinants of an option’s extrinsic value are time until expiration and implied volatility.
Implied volatility plays a substantial role in option pricing because it reflects the perceived risk associated with the underlying asset. An increase or decrease in implied volatility can significantly impact an option’s premium. For instance, if investors perceive higher levels of uncertainty about future price movements, they may demand higher premiums (higher extrinsic value) for options contracts. This heightened demand for protection against potential price swings is the primary reason why volatility and extrinsic value are interconnected.
A simple way to visualize this relationship is by comparing the difference in premiums between two identical options with varying implied volatilities. For instance, let’s consider a call option on XYZ stock with a strike price of $50 and an expiration date six months from now. If the implied volatility for XYZ stock stands at 15%, the option might have a premium of $2. However, if investors become more risk-averse and perceived volatility increases to 20%, the same option could now command a premium of $3. This is because the heightened uncertainty leads investors to demand a larger premium for the protection offered by the option contract.
It’s worth noting that implied volatility is not constant, as it fluctuates based on changing market conditions and investor sentiment. For example, during times of economic uncertainty or geopolitical instability, implied volatility tends to increase due to heightened risk perceptions. As a result, option premiums (extrinsic values) will also rise in response to these changes, making it crucial for traders to monitor market developments closely and adjust their portfolios accordingly.
In conclusion, understanding the relationship between extrinsic value and implied volatility is crucial when navigating the complex world of options trading. As market conditions change, volatility plays a significant role in determining option pricing and an investor’s potential profits or losses. By keeping an eye on implied volatility and other relevant factors, traders can make informed decisions when buying or selling call or put options, ultimately maximizing their returns while mitigating risk.
Understanding the Relationship Between Intrinsic and Extrinsic Value
Intrinsic value and extrinsic value are two essential concepts in options trading that make up an option’s total cost or premium. While intrinsic value represents the inherent worth of an option based on the underlying asset’s price, extrinsic value refers to the market price of an option above (or below) its intrinsic value.
Extrinsic value, also referred to as time value, is the difference between the option’s premium and its intrinsic value. This portion of the option’s worth comes from factors other than the underlying asset’s price, such as volatility or time until expiration.
For instance, let’s consider a call option with a strike price of $20 when the underlying stock trades at $22. The intrinsic value would be calculated as the difference between the stock price and the strike price ($2). However, if the actual option price is $3, then the extrinsic value amounts to $1 ($3 – $2).
It’s important to note that an option may have no intrinsic value but still possess extrinsic value. For example, a call option with a strike price below the underlying stock price or a put option with a strike price above the underlying asset’s price will only have extrinsic value. Conversely, if a put option is in-the-money and the underlying security price is below the strike price, the premium consists of both intrinsic and extrinsic value.
Two primary factors impact an option’s extrinsic value: time to expiration and implied volatility. An option with a shorter time until its expiration date typically has less extrinsic value compared to one with more time left before expiring. As the expiration date approaches, the option’s premium decreases, as there is less opportunity for the underlying asset price to move favorably.
On the other hand, an increase in implied volatility increases the extrinsic value of a given option. Implied volatility measures the market’s expectations about the future volatility of an underlying asset. If implied volatility rises, investors demand higher premiums for options, thereby increasing the extrinsic value.
Intrinsic and extrinsic values work together to determine the total price of an option contract. Understanding their relationship can help traders evaluate options’ potential profitability and make informed trading decisions based on market conditions and time until expiration.
Example: Analyzing Extrinsic Value in a Put Option
Extrinsic value refers to the difference between an options’s market price and its intrinsic value. In the context of a put option, extrinsic value comes into play when the underlying asset’s price is trading above the strike price. This example will delve deeper into understanding extrinsic value by analyzing a hypothetical put option scenario.
Let us consider an investor purchasing a put option on XYZ stock with a strike price of $45. At the time of purchase, XYZ is trading at $50, and the put option costs $3. In this case, the option has no intrinsic value as the underlying security’s price is above the strike price. However, it still holds extrinsic value due to its potential future worth.
The primary factors impacting a put option’s extrinsic value are time to expiration and implied volatility. The longer the option’s term until expiration, the more significant the extrinsic value. This is because there is a greater chance for favorable price movements, which can lead to an increase in both intrinsic and extrinsic value.
Implied volatility, another critical factor, measures the market’s expectation of the stock’s potential price fluctuation within the option contract’s timeframe. If implied volatility rises, so does the put option’s extrinsic value as it suggests an increased likelihood of a significant price movement favoring the option holder.
Assuming no changes in underlying asset price or implied volatility, the put option will gradually lose extrinsic value as its expiration date approaches. If XYZ stock maintains its $50 trading price at the time of expiration, the option will not have intrinsic value and may only be worth a fraction of its initial premium, if any.
However, if the underlying asset’s price drops below the put option’s strike price ($45) before expiration, the intrinsic value becomes $5 ($50 – $45), and the extrinsic value is determined by market forces depending on factors like time to expiration and implied volatility.
In summary, analyzing the example of a put option with a strike price of $45 purchased at $3 when XYZ is trading at $50 demonstrates the importance of understanding the concept of extrinsic value. This value arises due to factors such as time to expiration and implied volatility, which can significantly impact an option’s worth.
As a put option holder, this investor hopes that either XYZ stock will fall below $45 or that market conditions will shift, leading to increased volatility, causing the option to gain value from both its intrinsic and extrinsic components.
Profit and Loss: Intrinsic Value vs. Extrinsic Value
Extrinsic value, also known as time value, represents the difference between an option’s market price, or premium, and its intrinsic value. Intrinsic value refers to the inherent worth of an option based on the underlying asset’s price relation to the strike price. To distinguish between profit and the components that make up an options’s value is crucial for a successful options trading strategy.
Intrinsic Value vs. Profit:
Let us first clarify the difference between intrinsic value and profit when dealing with options. Intrinsic value represents the worth of an option based on its underlying asset’s price in relation to the strike price, while profit signifies the gain realized from buying or selling an option. For instance, if a call option has a strike price of $50 and is traded at $52, its intrinsic value is equal to $2 because of the difference between the two prices. However, a trader’s profit would depend on factors such as the initial investment, commission costs, or the difference between the entry and exit price.
Extrinsic Value:
When an option has no intrinsic value but still holds a market value, it is due to its extrinsic value. Extrinsic value is determined by factors like time until expiration and implied volatility, which are not directly related to the underlying asset’s price. A call option with one month left before expiration and a strike price below the current stock price will typically have substantial extrinsic value since there is more potential for the underlying stock’s price to move in favorable directions within a month compared to a week. Conversely, as an option approaches its expiration date, the time value decreases due to a reduced probability of the underlying asset moving favorably, resulting in a decrease in extrinsic value.
Implied Volatility and Time Decay:
Two critical factors that affect an option’s extrinsic value are implied volatility and time decay. Implied volatility determines the amount that an underlying security may move over a specified period and is calculated based on the price of various options with different strike prices and expiration dates. A higher implied volatility results in an increased likelihood of larger price swings, which in turn enhances the option’s extrinsic value. On the other hand, time decay decreases the value of an option as it approaches its expiration date due to the reduced probability of a favorable price movement. This concept is referred to as “time decay,” and the rate at which the option loses value as its expiration date nears is known as “theta.”
Example:
To illustrate the relationship between intrinsic value, profit, and extrinsic value in options trading, consider an example of a trader purchasing a put option on XYZ stock. The stock currently trades at $50, and the trader purchases a put option with a strike price of $45 for $3. At this point, the option has no intrinsic value because its underlying asset’s price is above the strike price. However, it does carry market value due to extrinsic value as there is still time left until expiration. As the stock price decreases and the expiration date approaches, the put option gains intrinsic value while losing some of its initial extrinsic value through time decay. Eventually, if the underlying asset falls below the strike price before expiration, the option will possess both intrinsic value and residual extrinsic value depending on how much time remains. The profit earned from purchasing this option would be determined by subtracting the cost basis, including commissions, from the net proceeds received when selling the option.
In conclusion, understanding the interplay between an options’s intrinsic value, profit, and extrinsic value is crucial for successful options trading. Intrinsic value signifies the worth of an option based on the underlying asset’s price difference to the strike price, while extrinsic value represents the market price that exceeds intrinsic value due to factors like time decay and implied volatility. Profit is determined by the net gain or loss when buying or selling an options contract.
Calculating Extrinsic Value
Understanding how to calculate extrinsic value in options trading can provide insights into an investment’s potential profitability and risk. While intrinsic value focuses on an option’s inherent worth based on the underlying asset, extrinsic value is the premium paid for an option beyond its intrinsic value. This section delves into methods for calculating and assessing extrinsic value in options trading.
Factors Affecting Extrinsic Value: Time to Expiration
Time remaining until an option contract expires plays a crucial role in determining its extrinsic value. As the expiration date draws closer, the option’s premium progressively declines since there is less time for the underlying asset to move favorably. For instance, a call option that has one month left before expiring will generally possess more extrinsic value than an identical out-of-the-money (OTM) call with just one week remaining till expiration. This concept can be explained by considering the limited opportunity for price movements and potential profitability in a shorter time horizon.
Factors Affecting Extrinsic Value: Implied Volatility
Implied volatility is another determinant of extrinsic value in options trading. It refers to the expected future volatility of an underlying asset, which can influence the price of an option. As implied volatility rises, so does the extrinsic value of the option due to increased uncertainty and potential for greater price swings. Conversely, a decrease in implied volatility reduces the extrinsic value of the option.
To calculate the intrinsic value and extrinsic value of an option, use the following formula:
Option Price = Intrinsic Value + Extrinsic Value
Intrinsic Value = (Underlying Asset Price – Strike Price) if Call Option; (Strike Price – Underlying Asset Price) if Put Option
Extrinsic Value = Option Price – Intrinsic Value
For example, let’s consider a call option on stock ABC with the following specifications:
– Stock Price: $45
– Strike Price: $42
– Implied Volatility: 20%
– Time to Expiration: One month
To calculate intrinsic value:
Intrinsic Value = Max(0, Underlying Asset Price – Strike Price)
Intrinsic Value = Max(0, $45 – $42)
Intrinsic Value = $3
Now we can determine the option’s extrinsic value:
Extrinsic Value = Option Price – Intrinsic Value
Assuming a market price of $8 for the call option,
Extrinsic Value = $8 – $3
Extrinsic Value = $5
This calculation illustrates how intrinsic value and extrinsic value contribute to an options’ total price. It is essential for investors to understand both components to effectively manage risk, evaluate potential profits, and make informed investment decisions in the realm of options trading.
Maximizing Extrinsic Value: Strategies for Options Traders
Extrinsic value represents a significant portion of an option’s premium, and understanding how to maximize it can lead to increased profits for traders. Here are some strategies and insights that can help you take advantage of the extrinsic component in options trading:
1. Timing your trades: One effective strategy for maximizing extrinsic value is to time your entry into the market. Options with longer expiration dates have more potential for appreciation in their extrinsic value, as they offer a longer window for favorable price movements in the underlying asset. Conversely, options closer to expiry will see their extrinsic value decrease rapidly. By carefully analyzing your chosen option’s time decay and market conditions, you can aim to enter trades when the potential reward outweighs the risks.
2. Adjusting your strategy: Options traders have a variety of strategies to choose from in order to take advantage of extrinsic value. For instance, the straddle strategy involves buying both a call and put option with the same strike price but different expiration dates. By doing so, you can capitalize on changes in volatility or underlying asset movements that might impact the options’s extrinsic value. Another popular strategy is selling covered calls or writing puts, which allows you to generate income from an existing stock position while simultaneously collecting premiums.
3. Monitoring market conditions: Extrinsic value is influenced by various market factors, including implied volatility and underlying asset price movements. Stay informed about market news and trends that can impact volatility and potentially influence extrinsic value. By closely monitoring market conditions and maintaining a solid understanding of the drivers that affect your selected options’s premium, you can make more informed decisions and capitalize on opportunities for profit.
4. Utilizing risk management techniques: Options trading carries inherent risks, especially when dealing with extrinsic value. A well-rounded options strategy involves effective risk management to mitigate potential losses. This might include setting stop orders or limits, diversifying your portfolio, and employing hedging techniques like buying protective puts or selling covered calls. By considering the downside risks and implementing appropriate measures, you can protect your capital and maximize the potential for profit from extrinsic value.
5. Gaining a competitive edge: In options trading, knowledge and expertise are essential components to maximizing the potential of extrinsic value. Stay informed about market conditions, monitor trends, and continually refine your strategies. By developing a deep understanding of the intricacies of extrinsic value, you can position yourself for success in the options market and consistently capitalize on profitable opportunities.
In conclusion, mastering the concept of extrinsic value is crucial for anyone interested in the world of options trading. By embracing effective strategies, keeping a close eye on market conditions, and utilizing risk management techniques, traders can make the most of this valuable aspect of option premiums and maximize their profits.
Conclusion: Importance of Understanding Extrinsic Value in Options Trading
Understanding the intricacies of options trading involves becoming proficient with concepts such as extrinsic and intrinsic value. Extrinsic value is a crucial concept for any investor or trader looking to delve into this complex yet potentially rewarding market. Extrinsic value represents the difference between an option’s premium (market price) and its intrinsic value. This value arises from factors such as time left until expiration, volatility, interest rates, and dividends.
In simple terms, extrinsic value is the additional cost you pay when buying a call or put option beyond what it’s intrinsic value is, which is derived from the relationship between the underlying asset’s price and the strike price. As previously discussed in this article, intrinsic value is calculated by finding the difference between the stock price and the strike price of a call option or the difference between the strike price and the stock price for a put option. The extrinsic value is the balance between these two values.
The significance of comprehending extrinsic value comes from its impact on an option’s profitability, risk, and overall potential return on investment. Extrinsic value can be considered as ‘time value’, since it changes with the time remaining until expiration. As the time to expiration decreases, so does the extrinsic value of the option, making it a crucial factor in determining an option’s price.
One primary determinant of an option’s extrinsic value is implied volatility, which reflects the market expectation regarding the amount the underlying asset is expected to move over a given period. The higher the implied volatility, the greater the potential for profit and the larger the extrinsic value of the option. Conversely, as implied volatility decreases, so does the extrinsic value.
For options traders, understanding the intricacies of extrinsic value is essential when making investment decisions. A well-informed trader can effectively leverage this knowledge to maximize profits by buying options with high potential for extrinsic value or selling those with diminishing extrinsic value. This skillset can significantly impact a trader’s bottom line, particularly in fast-moving markets or volatile periods.
In summary, the ability to identify and comprehend extrinsic value is vital for anyone looking to enter the world of options trading. By mastering this concept, traders can make informed decisions, manage risk effectively, and maximize potential returns.
FAQs: Frequently Asked Questions about Extrinsic Value in Options Trading
1. What defines extrinsic value in options trading?
Extrinsic value is the difference between the option’s market price (premium) and its intrinsic value, which represents the portion of the worth assigned to an option based on factors beyond the underlying asset’s price.
2. How does intrinsic value differ from extrinsic value in options?
Intrinsic value is the inherent or true value of the option that comes from the difference between the underlying asset’s price and the strike price, while extrinsic value is the premium paid over and above the intrinsic value due to factors such as time until expiration and volatility.
3. What makes up an options premium?
An options premium is the total cost of buying or selling an option contract and consists of both intrinsic and extrinsic value.
4. How does time to expiration impact extrinsic value?
Extrinsic value, also referred to as “time value,” decreases as an options contract nears its expiration date because there is less time for the underlying asset’s price to move favorably.
5. What role does implied volatility play in extrinsic value?
Implied volatility influences extrinsic value by determining how much the underlying asset may move over a specified period, affecting the option premium based on investors’ expectations of future market swings.
6. Can intrinsic value represent profit in options trading?
No, intrinsic value represents the true or inherent value of an option at a given moment; it doesn’t equate to profit when considering the total return on investment. Profit is calculated by taking the difference between the entry price and exit price (including both intrinsic and extrinsic values) when selling or buying the options.
7. How can investors maximize their potential profit from extrinsic value?
They can adopt various strategies like buying a straddle, using an option spread, or utilizing option selling techniques to exploit volatility in the market and capture time decay.