1. Introduction to Options Trading [0]

thumbnail This video aims to explain options trading concepts to beginners using examples and visualizations.

1.1. Core Characteristics of All Options [4]

  1. All options have an expiration date [6]
    1. This differs from shares of stock, which can be held indefinitely as long as the company remains private [7].
    2. Options contracts have a set expiration date, which can range from the same day to two and a half years in the future [10].
    3. After the expiration date, the option contract ceases to exist [12].
  2. All options have a strike price [13]
    1. The strike price is the specific price at which the option can be converted into shares of stock [14].
    2. For example, an option with a strike price of $105 allows the holder to buy or sell shares at $105 in the future [14].
    3. An option's entire value is based on its ability to be converted into shares at its strike price [15].
  3. All options have an option contract multiplier [17]
    1. This concept can be confusing because the displayed option price is not the actual cost [18].
    2. Options on stocks can be converted into 100 shares of stock [21].
    3. Therefore, the displayed option price must be multiplied by 100 to get the actual value, also known as the option premium [21].
    4. For instance, an option priced at $5 actually costs $500 (5 x 100) [20].

2. Call Options: Understanding the Basics [23]

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This section explains what call options are, how they work, and provides examples of both profitable and losing scenarios.

2.1. Introduction to Call Options [23]

  1. A call option is the first type of option [23].
  2. Call option prices generally increase when the stock price increases and decrease when the stock price decreases [24].
  3. A call option gives the buyer the right to buy 100 shares of stock at the call option's strike price between the purchase date and the expiration date [26].
  4. This ability to buy shares at a fixed strike price becomes very valuable if the stock price rises significantly above the strike price, allowing shares to be purchased at a discount [28].

2.2. Call Option Example: Buying a House [31]

  1. Imagine a house valued at $200,000, and you believe its value will increase [31].
  2. You buy an option that gives you the right to buy the house for $200,000 (the strike price) anytime within the next two years (the expiration date) [33].
  3. This right is not free; you must pay a premium for the option, for example, $10,000 [37].
  4. Scenario 1: House value increases [48]
    1. If the house value rises to $350,000 after one year, your option to buy it for $200,000 becomes very valuable [48].
    2. You can "exercise" the option, buying the house for $200,000 and immediately gaining $150,000 (the difference between $350,000 and $200,000) [51].
    3. After subtracting the $10,000 premium paid, your net profit is $140,000 [54].
  5. Scenario 2: House value decreases [57]
    1. If the house value falls to $150,000 after two years, you are not obligated to buy it at your $200,000 strike price [57].
    2. You would not exercise the option because you could buy the house for less ($150,000) on the open market [59].
    3. In this case, the option becomes worthless, and you lose the entire $10,000 premium paid [60].
    4. This demonstrates that options offer limited risk (you only lose the premium) and immense upside potential [63].

2.3. Real-World Call Option Example: Tesla (TSLA) [66]

  1. Consider a Tesla call option with a strike price of $800 and an expiration date 39 days away [69].
  2. The current Tesla stock price is $811 [74].
  3. The option price is displayed as $81.70, but due to the option contract multiplier of 100, the actual cost (premium) for one contract is $8,170 ($81.70 x 100) [76].
  4. Scenario: Tesla stock price increases [88]
    1. If Tesla's stock price rises to $1,000 per share after two weeks, the call option (right to buy at $800) becomes very valuable [88].
    2. Exercising the option means buying 100 shares for $80,000 ($800 x 100) and then selling them for $100,000 ($1,000 x 100), resulting in a $20,000 profit [90].
    3. After subtracting the initial premium of $8,170, the net profit is $11,830, representing a 145% return [95].
  5. Traders buy call options on volatile stocks like Tesla because a significant price increase can lead to substantial profits due to the fixed strike price [98].

2.4. Realizing Profit Without Exercising Options [101]

  1. In practice, options traders rarely exercise their options to buy or sell shares [101].
  2. The reason for this is that an option's price always includes the benefit it provides to the owner [105].
  3. For example, if a Tesla call option has an $800 strike and the stock is at $1,000, the option's price will be at least $200 (or $20,000 for 100 shares) because it allows buying shares $200 below the market price [106].
  4. Instead of exercising, traders typically profit by selling the option at a higher price than they bought it for [111].
  5. This is similar to buying and selling shares of stock: you buy low and sell high to secure a profit from the price change [112].
  6. The profit from exercising the option is already "embedded" in the option's price, so selling the option directly captures this value [116].

2.5. Leverage and Returns with Call Options [125]

  1. An example shows a Tesla call option's value increasing by 15% when the underlying stock price increased by only 3% [136].
  2. This demonstrates that options provide leverage, meaning a small percentage change in the stock price can lead to a much larger percentage change in the option's value [137].
  3. Traders use this leverage to amplify returns if their prediction about the stock price movement is correct [140].
  4. However, options have a time limit (expiration date), unlike stocks, making them a more sensitive trading activity [143].

2.6. Summary of Call Option Learnings [146]

  1. A call option allows the buyer to purchase 100 shares of stock at a fixed strike price until the expiration date [147].
  2. This ability becomes very valuable if the stock price significantly increases above the strike price [149].
  3. Traders do not need to exercise the option to realize a profit; they can sell the option at a higher price because the potential profit from exercising is already included in the option's price [151].
  4. Call options offer leveraged returns, meaning a small stock price increase can lead to a much larger percentage gain in the option's value [157].

2.7. The Catch: Losing Money with Call Options [159]

  1. The main risk when buying call options is that you must be correct about the stock price increasing [160].
  2. If the stock price does not increase or falls below the strike price, the call option will become worthless, and you will lose the entire premium paid [161].
  3. For example, if you bought a call option on a house for a $10,000 premium with a $200,000 strike, but the house price fell to $150,000, the option would be worthless, and you would lose $10,000 [161].

2.8. Losing Money Example: Adobe (ADBE) Call Option [172]

  1. A trader bought a $380 call option on Adobe (ADBE) when shares were at $362, expecting an upward trend [174].
  2. The option cost $192 ($1.92 x 100) [179].
  3. Initially, the option price rose with the stock, but then the stock price crashed, causing the call option's price to decrease [182].
  4. As the option neared its expiration date with the stock price (around $355) well below the $380 strike price, the option became essentially worthless (a few pennies) [184].
  5. In this scenario, the trader lost 100% of the $192 premium invested [189].
  6. If the stock price is below the call option's strike price at expiration, the option expires worthless and disappears from the account, resulting in a full loss of the premium [187].

3. Put Options: Understanding the Basics [198]

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This section introduces put options, explaining their mechanics and providing examples of both profitable and losing trades.

3.1. Introduction to Put Options [198]

  1. A put option is the second type of option, and its concepts are the opposite of call options [198].
  2. Put option prices increase as the stock price falls and decrease as the stock price increases [202].
  3. A put option gives the buyer the right to sell 100 shares of stock at the put option's strike price between the purchase date and the expiration date [203].
  4. This ability to sell shares at a fixed strike price becomes more advantageous as the share price decreases, making the put option more valuable [206].

3.2. Real-World Put Option Example: IWM (Russell 2000 ETF) [208]

  1. Consider an IWM put option with a strike price of $130 and an expiration date 38 days away [211].
  2. The current IWM share price is $130.71 [209].
  3. The option price is displayed as $6.24, meaning the actual cost (premium) for one contract is $624 ($6.24 x 100) [213].
  4. Scenario: IWM stock price decreases [231]
    1. If IWM's share price falls significantly to $122.72 (an $8 drop), the $130 put option becomes much more valuable [231].
    2. The option's value surges to $11.30, or a premium of $1,130 ($11.30 x 100) [233].
    3. This is because the option allows selling shares at $130 when the market price is $122.72, providing a benefit [235].
    4. If the trader bought the put for $624 and sold it for $1,130, the profit would be $506, an 81% return [239].
    5. This demonstrates the leverage of put options: a 6.1% decline in IWM shares led to an 81% increase in the put option's value [243].

3.3. The Catch: Losing Money with Put Options [247]

  1. Similar to call options, when buying put options, you must be correct about the stock price decreasing [247].
  2. If the stock price does not fall or increases, the put option will become worthless, and you will lose the entire premium paid [248].
  3. For example, if you bought a $130 put option for $624, but IWM remained above $130 at expiration, the option would be worthless, and you would lose $624 [249].

3.4. Losing Money Example: Nvidia (NVDA) Put Option [254]

  1. A trader bought a $280 put option on Nvidia (NVDA) when shares were at $283, expecting a continued sell-off [256].
  2. The option cost $1,100 ($11 x 100) and had about two weeks until expiration [260].
  3. Instead of falling, Nvidia's stock price surged higher to around $321, well above the $280 strike price [264].
  4. With only one day left until expiration and the stock price significantly above the strike, the put option became essentially worthless (one or two pennies) [266].
  5. The trader lost the entire $1,100 premium paid for the option [269].
  6. If the stock price is above the put option's strike price at expiration, the put option will expire worthless, resulting in a 100% loss of the premium [270].

3.5. Buying Puts vs. Shorting Stock [275]

  1. Buying put options is considered much safer than shorting 100 shares of stock [275].
  2. Shorting stock involves selling shares you don't own, hoping to buy them back at a lower price; however, there's no limit to how high a stock price can go, leading to theoretically unlimited loss potential [276].
  3. In contrast, when buying a put option, your maximum loss is limited to the premium you paid for the option [279].
  4. For example, if you shorted 100 shares of Nvidia at $280 and it rose to $320, you would lose $4,000, whereas buying a put option in a similar scenario might only result in an $1,100 loss [280].

4. Components of Option Prices: Intrinsic and Extrinsic Value [297]

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This section breaks down option prices into two main components: intrinsic value and extrinsic value, explaining how they contribute to an option's overall price.

4.1. Intrinsic Value [303]

  1. Every option's price is made up of two components: intrinsic value and extrinsic value [303].
  2. Intrinsic value represents the immediate profit an option would provide if exercised at the current stock price [304].
    1. For a call option, intrinsic value exists when the stock price is above the strike price [305].
      1. Example: If a call option has a strike price of $200,000 and the house is worth $350,000, it has $150,000 of intrinsic value [305].
      2. Example: A Tesla call option with an $800 strike when the stock is at $1,000 has $200 of intrinsic value [310].
    2. For a put option, intrinsic value exists when the stock price is below the strike price [307].
      1. Example: If a put option has a strike price of $130 and the stock is at $120, it has $10 of intrinsic value [308].
  3. An option's price must be worth at least its intrinsic value, as this is the minimum benefit it can provide the owner [312].

4.2. Extrinsic Value (Time Value) [316]

  1. Extrinsic value is the portion of an option's price that is above its intrinsic value [319].
  2. It is also known as time value because it reflects the option's potential to become more valuable (intrinsically) before it expires [320].
  3. Example: A Tesla call option with an $800 strike when the stock is at $836.41 has $36.41 of intrinsic value [317].
    1. If the option's actual price is $94.10, then the additional $57.69 ($94.10 - $36.41) is its extrinsic value [318].
    2. This extrinsic value exists because with over 30 days until expiration, there's a chance Tesla's volatile stock could rise significantly, increasing the option's intrinsic value [323].

4.3. Extrinsic Value Decay (Time Decay) [329]

  1. Options with more time until expiration will have significantly more extrinsic value (time value) than identical options with less time [330].
  2. This is because more time allows for greater potential stock price movement, which could increase the option's intrinsic value [331].
  3. Example: An Apple call option with a $305 strike when the stock is at $304.92 [344].
    1. A call option expiring in 246 days costs $3,400 (34 x 100) [349].
    2. An identical call option expiring in 1 day costs $307 (3.07 x 100) [353].
    3. The 246-day option is about 10 times more expensive due to the greater potential for a significant stock price movement over a longer period [354].
  4. Extrinsic value decay (or time decay) is the process where an option loses extrinsic value as time passes and it approaches its expiration date [340].
    1. This happens because the option's final valuation becomes more certain as expiration nears, reducing the potential for future intrinsic value gains [363].
    2. If you buy an option with extrinsic value and the stock price doesn't move, you will lose money due to this decay [366].

4.4. Option Terminology: In-the-Money, Out-of-the-Money, At-the-Money [374]

  1. These terms describe an option's strike price relative to the stock price, indicating whether it has intrinsic value [376].
  2. In-the-money (ITM): Any option that has intrinsic value [377].
    1. Example: A Tesla call option with an $800 strike when the stock is at $836 has $36 of intrinsic value, so it is ITM [378].
  3. Out-of-the-money (OTM): Any option that does not have intrinsic value and therefore only has extrinsic value [380].
    1. Example: An IWM put option with a $130 strike when the stock is at $130.72 has no intrinsic value, so it is OTM [382].
  4. At-the-money (ATM): Any option with a strike price equal to or very close to the current stock price [385].
    1. Example: The IWM put option with a $130 strike when the stock was near $130.72 could also be considered ATM [386].

5. Shorting Options: Selling to Open a Position [389]

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This section introduces the concept of shorting options, which involves selling options you don't own to profit from a decrease in their price.

5.1. Introduction to Shorting Options [389]

  1. Besides buying options, traders can also short options, which means betting against an option's price [390].
  2. This is similar to shorting stocks: you sell first without owning, hoping to buy back later at a lower price to profit [391].
  3. When shorting an option, you sell it as an opening trade, collecting the premium [396].
  4. Your goal is to buy back the option (close the position) at a lower price in the future, and the difference is your profit [397].
    1. Example: Selling a call option for $5 (collecting $500 premium) and buying it back for $3 (paying $300 premium) results in a $200 profit [398].

5.2. Shorting Call Options [400]

  1. When you short a call option, you are betting that the stock price will not increase significantly, or will fall, causing the call option's price to decrease [412].
  2. Example: Shorting an IWM $125 strike call option when IWM is at $120.59, with 36 days to expiration [400].
    1. This call option is 100% extrinsic value because the stock price is below the strike price [402].
    2. The option price is $4.66, meaning you collect $466 in premium by selling it [405].
    3. If the stock price remains below $125, the option's extrinsic value will decay as it approaches expiration, allowing you to buy it back for less and profit [404].
    4. For instance, if the option's value drops to $23 (0.23 x 100) after 30 days, you could buy it back for $23, making a profit of $443 ($466 - $23) [420].
  3. Risk of Shorting Call Options: This is an incredibly risky strategy because there is no upper limit to how high a stock's price can go [415].
    1. If the stock price surges, the call option's price can increase indefinitely, leading to theoretically unlimited losses [417].
    2. Example: Shorting a Netflix $400 call option for $1,700 premium when the stock was at $370 [440].
    3. If Netflix shares then jump to $440, the call option's price could soar to $6,250 ($62.50 x 100) [448].
    4. This would result in a significant loss of $4,550 ($6,250 - $1,700) on just one contract [452].
  4. Breakeven Price for Short Calls: The breakeven price at expiration for a short call is the call strike price plus the premium received for selling the option [464].
    1. Example: If you shorted a $400 Netflix call for $17, the breakeven price is $417 ($400 + $17) [465].
    2. If the stock price is below this breakeven price at expiration, you will make a profit [471].

5.3. Shorting Put Options [478]

  1. Shorting a put option involves selling a put option as an opening trade, aiming to buy it back later at a lower price [480].
  2. This is a bullish trade, meaning you profit if the stock price increases or remains above your short put's strike price [482].
  3. As time passes, if the stock price stays above the strike price, the put option's extrinsic value will decay to zero, allowing you to profit [483].
  4. Example: Shorting an Activision (ATVI) $65 put option when shares are at $67, with two weeks to expiration [486].
    1. The put option's price is $1.75, so you collect $175 in premium by selling it [492].
    2. Breakeven Price for Short Puts: The breakeven price at expiration for a short put is the put strike price minus the premium received for selling the option [496].
      1. Example: If you shorted a $65 put for $1.75, the breakeven price is $63.25 ($65 - $1.75) [501].
    3. Scenario: Stock price falls (loss): If Activision shares fall to $63.43, the $65 put option's value could increase to $3.82 ($382 premium), resulting in a $207 loss ($382 - $175) [504].
    4. Scenario: Stock price increases (profit): If Activision shares then rally to $72.59, the $65 put option's value collapses to a few pennies because it's far out-of-the-money and near expiration [507].
    5. You could buy back the option for $2 (0.02 x 100), making a profit of $173 ($175 - $2) [512].
    6. Alternatively, you could let the option expire worthless, keeping the full $175 premium [515].
  5. Risk of Holding Short Options Through Expiration: It is generally not advised to hold short options through expiration, even if they are nearly worthless [517].
    1. A sudden, large adverse stock price movement in the final days could turn a small profit into a significant loss [517].
    2. For example, if Activision fell from $72.59 to $60 in one day, a $65 put could become worth $500, leading to a loss [517].
    3. Closing short option positions before expiration is recommended to avoid unexpected losses [521].

6. Implied Volatility: Understanding Market Expectations [532]

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This section explains implied volatility, how it affects option prices, and how traders can profit from changes in it.

6.1. What is Implied Volatility? [532]

  1. Implied volatility is a crucial concept in options trading that helps explain differences in option prices between similar stocks [532].
  2. It represents the market's expected magnitude of stock price fluctuations in the future [539].
  3. Option prices themselves imply the level of expected stock price changes [542].
  4. Stocks with higher implied volatility will generally have more expensive option prices because the market expects larger price swings [543].

6.2. Comparing Implied Volatility: Visa vs. Teladoc Health [545]

  1. To understand implied volatility, compare two similarly priced stocks: Visa (V) and Teladoc Health (TDOC) [545].
  2. Both stocks are trading around $180 [547].
  3. A Visa $180 call option (out-of-the-money, 36 days to expiration) is priced at 735) [548].
  4. A Teladoc Health $180 call option (same strike, same expiration) is priced at $15.45 (premium of $1,545) [556].
  5. The Teladoc option is twice as expensive, indicating that Teladoc has higher implied volatility than Visa [560].
  6. This means the market expects larger stock price changes for Teladoc shares over the next 36 days compared to Visa [564].
  7. This expectation is often tied to observed volatility: Teladoc historically shows much larger daily price ranges than Visa [570].
    1. Example: On May 14th, Visa's high-to-low range was $6, while Teladoc's was $13-$14 [575].
  8. Option buyers are willing to pay higher premiums for options on more volatile stocks because they have a greater potential to become intrinsically valuable [580].

6.3. Profiting from Changes in Implied Volatility [594]

  1. Traders can make or lose money from changes in implied volatility, in addition to stock price changes and the passage of time [594].
  2. A change in implied volatility means that option prices are changing [597].
    1. If the market expects more future stock price movements (e.g., due to news), demand for options increases, driving up option prices and thus increasing implied volatility [600].
    2. If you buy an option, an increase in implied volatility (option prices becoming more expensive) is advantageous, even if the stock price doesn't change [607].
    3. Conversely, a decrease in implied volatility (option prices shrinking) leads to losses for option buyers [609].
  3. Some traders buy options when implied volatility is low, expecting it to rise, while others short options when implied volatility is high, expecting it to fall [612].
  4. Changes in option prices cause changes in implied volatility, not the other way around [618].
  5. Analogy: Insurance Premiums [621]
    1. Low insurance premiums for a healthy person represent low implied volatility (low expected negative consequences) [621].
    2. If the person's lifestyle becomes unhealthy, the insurance company demands higher premiums due to increased risk, representing high implied volatility [623].
    3. The change in premium (from cheap to expensive) is what causes the implied volatility to increase [626].

7. Exercise and Assignment: What Happens at Expiration [636]

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This section clarifies the concepts of exercising and assigning options, particularly at expiration, and explains why options are rarely exercised before expiration.

7.1. Exercising and Assigning Options [636]

  1. Exercising an option is when the option owner (buyer) chooses to use their right to buy or sell shares at the strike price [642].
    1. If a call option is exercised, the owner buys 100 shares of stock at the strike price [644].
    2. If a put option is exercised, the owner sells 100 shares of stock at the strike price [644].
  2. Assignment occurs when an option is exercised: a trader who is short (sold) that same option is randomly selected and obligated to fulfill the opposing stock position [645].
    1. If a call option is exercised, the assigned short call trader must sell 100 shares of stock at the call's strike price [648].
    2. If a put option is exercised, the assigned short put trader must buy 100 shares of stock at the put's strike price [656].

7.2. Automatic Exercise at Expiration [664]

  1. Any option that is in-the-money by one penny or more at expiration will be automatically exercised [664].
  2. This means if you own an in-the-money option at expiration, you will automatically end up with a stock position [670].
    1. Example: If a $105 call option expires with the stock at $105.01, it will be automatically exercised, and you will buy 100 shares at $105 [666].
    2. The short call trader would then be assigned to sell 100 shares at $105 [667].
  3. This is why it's generally recommended not to hold options through expiration, as it can lead to unintended stock positions [669].

7.3. Why Options Are Rarely Exercised Before Expiration [672]

  1. Options are rarely exercised before expiration, especially if they have significant extrinsic value [673].
  2. Exercising an option with extrinsic value means giving up that value for no reason [675].
  3. Example: If a $100 call option is worth $10 when the stock is at $105, it has $5 of intrinsic value and $5 of extrinsic value [674].
    1. Exercising it means buying 100 shares at $100, a $500 benefit [675].
    2. However, you would forfeit the $500 of extrinsic value, effectively losing money by exercising instead of selling the option [677].
  4. Therefore, traders typically sell their in-the-money options to capture both intrinsic and extrinsic value, rather than exercising and losing the extrinsic portion [680].
  5. Consequently, being assigned on a short option before expiration is also rare in most cases [681].

8. Practical Considerations for Options Trading [685]

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This section covers important practical aspects of options trading, including selecting suitable stocks, understanding market liquidity, and navigating a trading platform.

8.1. Which Stocks to Trade Options On [686]

  1. Not all stocks with options are suitable for trading; most should be traded selectively or avoided [687].
  2. You should only trade options on stocks with deep options markets, meaning high market participation and trading activity [688].
  3. Trading options on inactive stocks can make it difficult to enter and exit positions due to a lack of counterparties [689].
  4. Look for stocks with high trading volume in their shares, as these often have active and liquid (easy to trade) options markets [692].
  5. Indicators of Liquidity:
    1. Volume: The number of contracts traded on a particular day for a specific option type, strike price, and expiration [694].
      1. Aim for hundreds, if not thousands, of contracts in volume [696].
      2. Note that daily volume starts at zero, so check later in the trading session [696].
    2. Open Interest: The total number of open option contracts between two parties [697].
      1. High open interest (thousands, or even tens of thousands for very active products) indicates many existing positions and active trading [700].
  6. Examples of Products with Great Option Markets: SPY, IWM, QQQ (ETFs), Apple (AAPL), Citigroup (C), Intel (INTC), Tesla, Facebook, Netflix, and VIX [701].
  7. Active markets ensure narrow bid-ask spreads, making it easier and cheaper to enter and exit trades [703].

8.2. Understanding Bid and Ask Prices [747]

  1. Every financial instrument, including options, has a bid price and an ask price [748].
  2. Bid price: The highest price a buyer is willing to pay [749].
    1. Example: If IWM's bid price is $134, that's the most someone will pay for a share [750].
  3. Ask price: The lowest price a seller is willing to accept [752].
    1. Example: If IWM's ask price is $134.07, that's the least someone will sell a share for [753].
  4. Bid-ask spread: The difference between the bid and ask prices [755].
    1. A wider spread means you lose more money simply by entering and exiting a trade immediately [757].
    2. Example: Buying IWM at $134.06 (ask) and immediately selling at $134 (bid) results in a $0.06 loss per share [759].
    3. For options, this loss is multiplied by 100 due to the contract multiplier [763].

8.3. Executing Trades on a Platform [766]

  1. To buy an option, you typically click on the ask price [769].
  2. The platform will often suggest the mid-price (halfway between bid and ask) for your order [775].
  3. When placing an order, use a limit order (e.g., limit buy order) to specify the maximum price you're willing to pay or the minimum price you're willing to accept [783].
    1. This protects you from unfavorable prices [785].
    2. Never use a market order, which fills instantly but at the worst available price [786].
  4. Working the order: Start by trying to fill your trade near the mid-price [777].
    1. If the order doesn't fill immediately, you may need to adjust your limit price slightly to a less favorable price to get it executed [778].
    2. For buying, this means increasing your purchase price; for selling, it means decreasing your selling price [780].

8.4. Trading Platform Demonstration: AMD Options [838]

  1. The demonstration uses the Tastyworks (now Tastytrade) platform [708].
  2. Buying a Call Option (AMD $55 Call) [851]
    1. AMD shares are at $54.85, so the $55 strike is at-the-money [854].
    2. Click on the ask price to initiate a buy order [861].
    3. Set a limit buy order at the mid-price (e.g., $2.91) [865].
    4. The order is "working" until a counterparty fills it at your price or better [876].
    5. Once filled, the position is open (e.g., bought one $55 call for $2.91, premium $291) [889].
  3. Buying a Put Option (AMD $55 Put) [899]
    1. AMD shares are now lower (e.g., $53-$54), making the $55 put in-the-money [901].
    2. Click on the ask price to buy [904].
    3. Set a limit buy order (e.g., $3.35, then adjusted to $3.60 due to falling stock price) [906].
    4. Once filled, the position is open (e.g., bought one $55 put for $3.60, premium $360) [939].
  4. Shorting a Call Option (AMD $60 Call) [949]
    1. To short (sell) an option, click on the bid price [950].
    2. Shorting the $60 call when owning the $55 call reduces overall risk, so the platform shows a credit to buying power [956].
    3. Set a limit sell order at the mid-price (e.g., $0.94) [962].
    4. Once filled, the position is open (e.g., shorted one $60 call for $0.94, collected $94 premium) [964].
  5. Shorting a Put Option (AMD $50 Put) [966]
    1. To short the $50 put, click on the bid price [967].
    2. Similar to the call spread, shorting the $50 put while owning the $55 put reduces risk [968].
    3. Set a limit sell order (e.g., $1.43) [976].
    4. Once filled, the position is open (e.g., shorted one $50 put for $1.43, collected $143 premium) [978].
  6. Closing Positions [993]
    1. To close a short position, you buy back the option (click on the ask price) [993].
    2. To close a long position, you sell the option (click on the bid price) [1014].
    3. The demonstration shows closing all four positions within minutes, resulting in small losses due to bid-ask spreads and minimal price movement [1024].
    4. Trading options on a minute-by-minute basis is not recommended as it resembles gambling [1041].
  7. Examples of Profitable and Losing Trades (Longer Term) [1043]
    1. Nvidia Call Option (Profitable): Bought a $400 call for $4,075; 16 days later, it was worth $8,072, a $3,300 profit, due to Nvidia's stock surging [1044].
    2. Facebook Call Debit Spread (Profitable Overall): A complex strategy involving buying a $225 call and shorting a $300 call. Even though the short call lost money, the long call gained more, resulting in an overall profit [1053].
    3. VXX Call Options (Losing): Bought $130 calls for $1,040 as a hedge against market volatility; due to decreased volatility, they became essentially worthless, resulting in a $1,000 loss [1061].

9. Next Steps for Learning Options Trading [1091]

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This section provides recommendations for further learning and practical steps for beginner options traders.

9.1. Advanced Options Strategies [1093]

  1. After understanding the four basic trades (buying/shorting calls and puts), research more advanced strategies [1094].
  2. Vertical Spread Strategies are recommended for beginners because they offer limited risk [1095].
    1. Buying call spreads: Buying a call and selling another call with a higher strike price, reducing cost and limiting risk compared to just buying a call [1097].
    2. Buying put spreads: Buying a put and selling another put with a lower strike price, reducing cost and limiting risk compared to just buying a put [1097].
    3. Shorting call spreads: Shorting a call and buying another with a higher strike to limit risk [1099].
    4. Shorting put spreads: Shorting a put and buying another with a lower strike to limit risk [1100].
    5. An Iron Condor is a combination of these, profiting if the stock price stays within a range [1101].
  3. Avoid Shorting Naked Options: Strategies like shorting a call or put by themselves (without protection) are incredibly risky [1102].
    1. These can lead to immense loss potential, potentially exceeding your account balance and putting you in debt to the brokerage firm [1107].
    2. Examples of risky strategies to avoid include short straddles (shorting a call and put at the same strike) and short strangles (shorting a call and put at different strikes) [1105].

9.2. The Option Greeks [1114]

  1. Learn about the Option Greeks, which are measurements of expected option price changes [1114].
  2. They indicate how your option position is exposed to factors like changes in stock price, passage of time, and changes in implied volatility [1115].

9.3. Practical Observation and Learning [1117]

  1. Get familiar with your brokerage firm's trading software [1117].
  2. Track options daily: Observe how option prices change relative to stock price movements [1118].
    1. Choose a stock (e.g., Netflix) and record its stock price, option strike prices, option prices, and time to expiration daily [1119].
    2. This helps understand how option prices react to stock changes and time decay [1122].
  3. Observe earnings announcements: Find a stock reporting earnings soon (e.g., Netflix, Amazon) [1126].
    1. Record short-term option prices before and after the earnings announcement [1127].
    2. Pay attention to how the extrinsic value in those options changes through this process [1128].
  4. Consistent observation is a powerful learning tool for understanding option behavior and developing better expectations for strategy performance [1124].