?> January 2022 - Page 8 of 8 - projectfinance

Leverage 101: Borrowing Money to Buy Assets

Leverage

Investors sometimes borrow money to buy assets. Here’s how, why, and the pros/cons of each approach.

Buying a House With a Mortgage

The most mainstream example of borrowing money to buy an asset is taking out a mortgage to buy a home.

A mortgage is borrowing money from a bank to buy a home.

If you buy a $400,000 home with a 20% down payment, you’ll pay $80,000 upfront and borrow the remaining $320,000 to pay back over time (plus interest), commonly over 30 years.

According to the Bankrate mortgage calculator, a 30-year 3.5% interest rate mortgage would result in paying $197,000 in interest over the course of 30 years, which is the premium you’re paying the bank for lending you money.

Mortgages make expensive assets like homes affordable to many more people and also provide leveraged returns.

For instance, if you bought this $400K house with a 20% down payment, you’re leveraged 5:1.

$80,000 Down Payment / $400,000 Home Value = 20% Equity

$320,000 Loan / $400,000 Home Value = 80% Debt

Since you acquired the home while only paying for 1/5th of it, you’re leveraged 5:1.

Let’s say the home value appreciates 10% to $440K in a year and you decide to sell it.

If you sell the house for $440K, you’ll make $40K on the home appreciation. Since you paid $80K to acquire the house, your return is 50% (less interest payments/taxes/additional equity).

The home price appreciated 10%, but you’re leveraged 5:1 so your return is +10% x 5 = +50%.

You will pay interest on mortgage payments and add more equity to your home which will reduce your total return. The important thing to know is that buying a house with a mortgage (borrowing money to buy a house) provides you with leveraged returns.

Real Estate Crash Scenario

In a real estate crisis, if the home value falls 25% to $300K in a year and you need to sell the house, you’ll lose $100K.

Since you borrowed $320K to buy the home and you sold it for $300K, you’re now in debt $20K because the proceeds from the sale of the home do not pay off your mortgage. The mortgage is “underwater.”

Mortgage Scenarios

Fortunately, home prices have historically risen over the long-term, so if you maintain your ability to pay your mortgage payments you can hold onto the home through a short-term real estate crisis.

Buying Stocks on Margin

The second popular way investors borrow money to buy assets is “buying stocks on margin,” which means you’re borrowing money from your brokerage firm to buy stocks. You need a margin account to do this.

The process is usually automatic and simple: buy a portfolio of stocks valued at more than the equity in your account.

Usually, you can get 2:1 margin on stock purchases, meaning you can buy a portfolio of stocks that is 2x the value of your account equity (the portion of the account you own).

For example, if I deposit $13,000 into my margin account, I can buy $26,000 worth of stocks.

$13,000 is equity and $13,000 is debt.

If the stock portfolio increases 20%, my $26,000 portfolio will increase by $5,200 to $31,200.

Since I only had $13,000 of equity in the account before the stock price increase, a $5,200 return on my $13,000 equity translates to a return of 40%.

I could then sell $13,000 worth of shares and relieve my debt portion of the position, leaving $18,200 in my account, 100% of which is mine (equity).

If I did not buy shares on margin, I would have only been able to afford $13,000 in shares. The 20% stock return would have only generated $2,600 in profits for me as opposed to $5,200.

So borrowing money to buy stocks, or buying stocks on margin, increases leverage and therefore returns.

In the worst-case scenario, if I bought $26,000 worth of stock with $13,000 of equity in my account, and the stock price went to zero overnight, I now owe the brokerage firm $13,000 since I lost all of my money and the money they lent me.

In that case, I lose 200% of my investment and am now $13,000 in debt. I’ll need to repay the brokerage firm over time just like any other debt.

Collateralized Loans

Buying a home with a mortgage and buying stocks on margin are examples of collateralized/secured loans.

The money lent to you is backed/secured by an asset you are pledging as collateral.

A home bought with a mortgage can be sold to pay back the mortgage, which means the home is collateral. If you stop making your mortgage payments, the bank you borrowed from can sell your house to get their money back.

Stocks bought on margin can be sold by the brokerage firm to recover their loan to you, which means the stock positions are collateral. If you buy stocks on margin and the value of the stock position falls, the brokerage firm can sell your stock position to recover their loan.

So a collateralized or “asset-backed” loan means the lender can sell your asset to get their money back if they need to.

The downside to these two popular borrowing approaches is that the money you’re borrowing can’t be used freely to buy whatever you want. You are borrowing money to buy those specific assets (a home or stocks).

There are other examples of collateralized or asset-backed loans where the proceeds can be used freely.

Crypto Collateralized Loans

Crypto-backed loans are becoming very popular because many crypto investors are sitting on massive capital gains. If they sell their crypto now, they’ll pay 20%+ in capital gains taxes and lose some/all of their exposure to their crypto asset.

If a profitable crypto investor wants to access the money they’ve made but doesn’t want to pay capital gains taxes and/or also wants to keep holding their crypto, they can take out crypto-backed loans.

Here’s a concrete example using BlockFi:

Let’s say I have 1 BTC that I bought for $5,000 and is now worth $50,000.

I want to take out $10,000 for some short-term expenses and also don’t want to sell my BTC because I think it will continue increasing long-term. Selling an appreciating asset to pay an expense isn’t ideal based on my outlook.

I can get $10,000 in cash by depositing some of my BTC at BlockFi as collateral.

If I take out a loan with a 50% loan-to-value ratio, that means I need to deposit $20,000 in BTC to take out $10,000 in cash.

Loan-to-Value (LTV) Ratio => Your outstanding loan balance / the value of your collateral.

$10,000 Loan Balance / $20,000 BTC collateral = 50% LTV.

This is an “over-collateralized” loan because I’m pledging an asset with a value higher than the loan I’m taking out, which lenders require due to bitcoin’s high volatility.

If you take out a $10,000 loan against $20,000 of bitcoin, your LTV is 50%. If the value of your BTC falls to $15,000, your new LTV is 66%.

A higher LTV is bad because it means a higher percentage of your collateral needs to be sold to repay the loan. If your LTV exceeds 100% then liquidating your entire collateral position will not fully repay your loan. Bad news.

A lower LTV is good because it means a small percentage of your collateral can be sold to repay the loan.

The $10K in cash can be used for whatever I want. I could deposit it into my brokerage account and buy stocks with it, or buy more bitcoin with it (which leverages my bitcoin position since I’m buying more BTC with borrowed money).

I could also use the money to pay for rent or other living expenses.

I’ll have to pay back this $10K loan over time with interest, but I’ll keep my entire bitcoin position and not pay 20%+ in capital gains taxes.

Using a bitcoin-backed loan like this is a sound strategy IF I believe bitcoin will appreciate in the future, but there are big risks associated with BTC-backed loans (or any asset-backed loan).

If the value of BTC falls after taking out a loan, the value of your collateral (bitcoin) falls relative to the value of your loan.

Example: if you take out a $10K loan against $20K of bitcoin, your LTV is 50%. But if bitcoin falls 50% after taking out the loan, now your bitcoin collateral is worth $10K and your loan is $10K. The LTV is now 100%.

You will need to either add more bitcoin as collateral or pay down your loan to reduce your LTV. For instance, paying $5K towards the loan reduces your outstanding loan to $5K vs. your $10K bitcoin collateral value, reducing your LTV to 50% once again.

Or, if you add another $5K in BTC to your collateral account, your BTC collateral value goes to $15K. Your $10K loan vs. the $15K collateral value means your LTV is now 66%, a better situation than a 100% LTV.

If you do not reduce your LTV by paying down your loan or adding more collateral, the lender will sell your bitcoin to pay down your loan.

In that scenario, you’ll lose your bitcoin position and have to deal with the tax consequences.

Bitcoin Loan: Worse-Case Scenario

The value of your collateral falls to zero abruptly, leaving you with your loan and no collateral to pay it down if needed. So you’re left with a $0 asset and a loan to pay off with ordinary earnings.

So if you took out a $10K loan against $20K BTC and BTC went to zero overnight, you’d be left with a $10K loan to pay off and no BTC. It wouldn’t be such a bad situation if you still had the $10K cash in your checking account, but if you spent the money then you’d need to come up with that money to repay the lender over time.

Because of this, it may be better to take out a bitcoin-backed loan during a BTC decline as opposed to new all-time highs (ATH) because if BTC corrects from ATH, your LTV will increase, bringing you closer to a margin call.

Example: BTC at $70K and you deposit 1.0 BTC to take out a $35K loan.

Beginning LTV: $35K Loan / $70K BTC collateral = 50% (Good).

BTC falls to $50K.

New LTV: $35K Loan / $50K BTC collateral = 70% (Risky – Close to margin call).

If you take out a BTC-backed loan during a big decline and the value of BTC begins to rise after you take out a loan, your LTV will fall, bringing you further away from a margin call.

Example: BTC at $50K and you deposit 1.0 BTC to take out a $25K loan.

Beginning LTV: $25K Loan / $50K BTC collateral = 50% (Good).

BTC increases to $75K.

New LTV: $25K Loan / $75K BTC collateral = 33% (Great – significant BTC decline required for margin call).

It’s also wise to take out small loan-to-value loans, such as borrowing $10K against $50K bitcoin, or a 20% LTV, because it would take a much larger BTC correction to bring you into margin call territory.

Stock Collateralized Loans

Like a BTC-backed loan, which is just an asset-backed loan, you can take out loans against your stock portfolio. Any asset can be used as collateral, especially a highly liquid holding like a stock portfolio.

So if you had $100K in the S&P 500, you can take out a loan against the value of your stock portfolio (which we’ll explore in a later section).

Again, the idea would be to avoid selling your stocks and realizing capital gains taxes, reducing your stock market exposure and giving you a large tax bill to pay.

Unsecured/Uncollateralized Loans

All of the borrowing methods discussed thus far have been tied to an asset that is pledged as collateral, meaning the asset will be sold to recover the loan in the worst-case scenarios.

These asset-backed loans are “secured” or “collateralized” loans because the loan is backed by a valuable asset.

There are “unsecured” loans you can get which are not backed by anything other than your income. There is no asset pledged as collateral to be sold to recover the loan, making it a riskier loan for the lender to make because they’re trusting that your income allows you to make debt payments.

Because of the increased risk to the lender compared to an asset-backed loan, you’ll pay a higher interest rate on these loans.

The benefit of an unsecured/personal loan is that as long as you can make the payments, you will never be forced to sell an asset you purchased with the loan proceeds.

Benefit of Using Unsecured Loans to Buy Assets

The obvious downside of taking out an asset-backed loan is the forced liquidation of your asset/collateral if the value of that asset plummets. If the value of the asset falls significantly, the lender can sell the asset to recover their loan.

Of course, this means you’ll be selling your asset during a downturn, which is likely when you’d want to be acquiring more of that asset.

So the benefit of taking out an unsecured personal loan to buy an asset like a portfolio of stocks or bitcoin is that you won’t be forced to sell those assets if their values fall.

So as long as you can keep the bank happy by continuing to make the loan payments, you’ll be just fine.

Example: Say an investor takes out a $50,000 personal loan to buy bitcoin @ $50,000, then bitcoin falls 80% to $10,000. As long as the investor continues to make their loan payments, they will keep their bitcoin and can hold it to see if it recovers back to $50,000 and beyond.

Compare this to an investor who has $100,000 worth of bitcoin and they take out a $50,000 bitcoin-backed loan to buy more bitcoin. Their loan-to-value ratio is 50%.

Then bitcoin falls 50%, cutting the value of their bitcoin position to $50K. Their LTV is now 100% because their loan is $50K and the value of their BTC position is $50K.

In this scenario, the borrower must reduce their LTV by either:

  1. Adding more bitcoin to the collateral account

  2. Paying down some of the loan from other cash sources.

Both options will reduce the value of the loan relative to the collateral.

If they cannot do either, the lender will sell their BTC for $50K to recover the money lent out.

This leaves the investor with $0 in debt and $0 in bitcoin. Full liquidation.

The investor will then deal with the tax consequences and also have zero exposure to bitcoin, which would be tough to stomach if bitcoin’s value surged after liquidation.

Buy, Borrow, Die

How do the wealthy use the above information?

“Buy, borrow, die.” is how.

What the saying means is that you buy assets with your earnings over time, borrow against them to avoid capital gains and continue holding appreciating assets, then die. It’s a cheeky way of saying you’ll never sell the assets you accumulate.

The idea is to avoid selling assets at all costs because holding assets long-term protects you from inflation, eliminates capital gains taxes, and prevents interrupting long-term compounding.

If you can borrow against your assets at an interest rate lower than the long-term annual growth rate of the assets, you come out ahead.

WSJ article quoted a 3.2% interest rate on asset-backed loans from Merrill Lynch for those with $1M+ in assets, or 0.87% for those with $100M+ in assets:

  

I ran a basic simulation of a stock portfolio worth $1M compounding at 8% per year. I compared selling 25% of the portfolio to come up with $250K in cash vs. borrowing $250K at 3.2% interest for 10 years.

The BankRate Amortization Calculator showed a $2,450 monthly payment for that loan with a total interest cost of $42,500 over the 10 years:

Of course, this means you’ll be selling your asset during a downturn, which is likely when you’d want to be acquiring more of that asset.

So the benefit of taking out an unsecured personal loan to buy an asset like a portfolio of stocks or bitcoin is that you won’t be forced to sell those assets if their values fall.

So as long as you can keep the bank happy by continuing to make the loan payments, you’ll be just fine.

Example: Say an investor takes out a $50,000 personal loan to buy bitcoin @ $50,000, then bitcoin falls 80% to $10,000. As long as the investor continues to make their loan payments, they will keep their bitcoin and can hold it to see if it recovers back to $50,000 and beyond.

Compare this to an investor who has $100,000 worth of bitcoin and they take out a $50,000 bitcoin-backed loan to buy more bitcoin. Their loan-to-value ratio is 50%.

Then bitcoin falls 50%, cutting the value of their bitcoin position to $50K. Their LTV is now 100% because their loan is $50K and the value of their BTC position is $50K.

In this scenario, the borrower must reduce their LTV by either:

  1. Adding more bitcoin to the collateral account

  2. Paying down some of the loan from other cash sources.

Both options will reduce the value of the loan relative to the collateral.

If they cannot do either, the lender will sell their BTC for $50K to recover the money lent out.

This leaves the investor with $0 in debt and $0 in bitcoin. Full liquidation.

The investor will then deal with the tax consequences and also have zero exposure to bitcoin, which would be tough to stomach if bitcoin’s value surged after liquidation.

It’s reasonable to assume an investor that has amassed $1M in assets would be able to easily afford this payment. If not, there is the option of slowly selling assets to meet the monthly payments, which will reduce the benefits below but will likely still be better than liquidating a huge chunk of the portfolio at the beginning.

Here are the outcomes of the two approaches:

  1. Borrow $250K against a $1M stock portfolio at 3.2% interest for 10 years

  2. Sell $250K of the portfolio

  

The investor who liquidated $250K at the beginning pays a 15% long-term capital gains tax (since I’m assuming accumulating a $1M stock portfolio took decades and most of the value of the portfolio is from capital gains).

To make things simple we’ll just use 15% of the entire $250K generated from the sale. If 50% of the $250K came from capital gains, then the capital gains tax would be $18,250 instead of $37,500. An insignificant difference in this comparison.

By borrowing $250K at 3.2% interest, the investor gets to hold the $1M in stocks for the entire 10-year period. Growing at 8% per year, the portfolio grows to $2,158,925. Total capital gains = $1,158,925. They pay $42,460 in loan interest.

The investor who liquidated $250K of their portfolio at the beginning experienced $869K in capital gains over the 10-year period. Their portfolio ended at $1,619,194.

So the investor who borrowed against their stock portfolio had a $2.16M portfolio vs. a $1.62M portfolio at the end of the 10-year period. The investor that borrowed against their assets to come up with cash experienced nearly $300K more in capital gains over the 10-year period compared to the investor who sold their stocks to come up with cash.

The simple way to interpret this is that investor #1 paid $42,500 in loan interest in exchange for increasing their 10-year capital gains by almost $300,000.

The key consideration here is each investor’s confidence in their ability to make loan payments. As long as the investor in scenario #1 can make the loan payments, they reap the benefits of holding onto their appreciating assets.

A big reason one might want to sell a portion of their assets vs. borrow against their assets is if they are not confident they’ll be able to make the debt payments or do not want any debt.

The point here is that debt isn’t always bad and can be used strategically to improve long-term financial outcomes, which is precisely what the wealthy do.

Disclaimer

I hope this post was informative and helped you understand the basics of borrowing money (asset-backed and unsecured).

I want to clarify that I’m not recommending or promoting taking out debt to buy assets, especially highly volatile assets like bitcoin. Debt is a risky thing because it increases leverage, which increases returns but increases losses as well. It also adds pressure to your finances because you increase your monthly payment obligations.

What you decide to do with your personal finances is your decision, but I hope this post broadened your awareness of what’s available to you.

The simple goal here is to increase financial literacy by making you more familiar with the tools available to you in the personal finance realm.

-Chris

Chris Butler portrait

Index Options vs Equity Options vs ETF Options w/ Visuals

The Three Option Types

Options can fall into one of three categories: index options, ETF options, and equity options.

There are a lot of similarities, as well as a lot of important differences between the three types of options. 

When compared to the other two option types, index options have the most contrast. 

Let’s take a look at a table comparing the three, then jump right into the details!

TAKEAWAYS

  • Index options do not allow for “early exercise” and are settled in cash.
  • Indices do not offer stock.
  • ETF and equity options can be exercised at any time, at which point delivery of the underlying takes place.
  • Index options have tax advantages; ETF and equity options have no tax advantages.
  • When compared to index options, ETF options have tighter spreads.
  • When compared to ETF options, equity options have higher premiums.
INDEX OPTIONS ETF OPTIONS EQUITY OPTIONS

Exercise Style:

European
American
American

Settlement:

Cash-Settled
Physical Delivery
Physical Delivery

Tax Advantages:

Has Tax Advantages (60/40)
No Tax Advantages
No Tax Advantages

Dividends:

No Dividends
Dividends
Dividends

Market Index Explained

Index Option Definition: An index option is a financial contract that gives the owner the right, but not the obligation, to buy or sell the value of an underlying index at the specified strike price at expiration.

This article assumes the reader has a basic understanding of call and put options. If you’re brand new to options trading, please check out our comprehensive article entitled “Options Trading for Beginners.”

In the stock market, an “index” measures the price performance of a basket of securities. The most popular indices are those that track major US market sectors, such as the S&P 500 (SPX), the Nasdaq (NDX), and the Dow Jones Industrial Industrial Average (DJX)

However, the breath of indices extends way beyond these products. As stated by sec.gov, there are indices for “almost every conceivable sector of the economy and stock market.”

There are, in fact, thousands of indices in the US alone, covering sub-sectors such as:

  • National Indices
  • Growth Indices
  • Value Indices
  • Sector Indices

Index Options Explained

Many indices offer options trading. These are the favorite types of options amongst professional traders. Let’s take a look at a few characteristics to understand why.

1. Index Options Are “European Style”

European style option can only be exercised (and thus assigned) at expiration. All index options are styled in the European fashion. 

This is a great benefit for traders’ short options. American style options (like equity and ETF options) can be exercised at any time. When extrinsic value is low, and expiration approaches, assignment is a constant worry for short option holders.

This risk is eradicated with index options. 

2. Index Options Are Cash Settled

Though many indices offer options, no index allows for the direct trading of its product.

If you are long an American style option, you have the right to convert that option to stock at any time. But since we just learned there is no trading stock on indices, what are long options converted to for these option types?

Index options are converted to cash upon exercise/assignment. 

If at expiration, an index option is in-the-money, a transfer of cash between the long and short parties takes place by this “moneyness” amount to finalize the contract.

EXAMPLE:

SPX Value: 4,700
SPX Call: 4,695

For the above example, the short party would have to provide a cash payment of $500 to the long party at expiration.

Index options eliminate assignment issues related to “pin risk”. Investors who trade index options do not need to worry about waking up the next day to discover several hundreds of shares in their account.

3. Index Options Have Tax Advantages

According to section 1256 from IRS.gov, gains on index options are treated at 60% long-term capital gains and 40% short-term. 

This is different from equity and ETF options, of which the short-term gains of both are taxed at the short-term rate. This rate is almost always higher than long-term rates.

Image from CBOE.COM

4. Index Options Pay No Dividends

Since index options have no underlying, no dividends are paid.

This eliminates the “dividend risk” that both ETF and equity call options experience leading up to the ex-dividend date

Exchange-Traded Fund (ETF) Explained

Exchange-Traded Fund Definition: ETFs are underlying issuing securities that track an index, sector, commodity, or other assets.

ETFs have a lot in common with indices, with one important exception: ETFs issue shares.

This share issuance makes things a bit more complicated when compared to index options. 

Two of the more popular ETFs are SPDR S&P 500 ETF (SPY) and Invesco’s Nasdaq-100 Index (QQQ).

We remarked earlier that 2 index options also track these same benchmarks. So, what’s the difference?

ETF Options Explained

1. ETF Options Are “American Style”

American style option can be exercised (and thus assigned) at any time. All ETF options are styled in American fashion. 

This may be advantageous to long options, but short options face the constant threat of being assigned. Though in reality this rarely happens, assignment is always in the back of the mind of option sellers.

2. ETF Options are Settled via Physical Delivery

Unlike index options, which are settled via a simple transfer of cash, ETF options demand physical delivery of the underlying.

  • 1 Long Call Exercised to 100 Long Shares of Stock
  • 1 Long Put Exercised to 100 Short Shares of Stock
  • 1 Short Call Assigned to 100 Short Shares  of Stock
  • 1 Short Put Assigned to 100 Long Shares of Stock

Perhaps the greatest risk here is pin risk. If QQQ is trading at $389.92/share in the final moments of trading on expiration day, and you are short the $390 call, who’s to say that QQQ won’t rally in the last seconds of trading, forcing you to deliver a very expensive 100 short shares of stock?

Additionally, short American style options can in theory be assigned at any time.

3. ETF Options Have No Tax Advantages

Unlike index options, ETF options offer no preferential tax treatment – short-term gains are taxed 100% at your short-term tax rate. 

4. ETF Options Pay Dividends

Most ETFs pay dividends.

While this isn’t usually a problem for put options, the value of some call options are adjusted to reflect this dividend. Since options pay no dividends, it is sometimes wise for a long call to exercise their contract to capitalize from this payment. Assignment risk is therefore present for short call options with low extrinsic value

ETF Options Advantage Over Index Options

So now that we have slammed ETF options, perhaps we should say something nice about them. 

1. ETF Options Offer Tighter Strike Prices than Index Options. 

ETF options often have strike prices one-point and even half a point wide. This makes spread trading easier for smaller accounts. 

SPY at-the-money

Index options, on the other hand, typically list their strike prices in 5-point increments. This can make vertical spreads and iron condors very expensive indeed!

SPX at-the-money

2. ETF Options Have the Best Liquidity

When compared to equity and index options, ETF options offer the best liquidity. Not all of them, of course, but many do.

SPY is the most widely traded security in the US. This makes for tight markets, high volume, and high open interest in the options market, which is good for us. 

Equities Explained

Equity (Individual Stock) Definition: In the stock market, Equity represents a piece of ownership in an individual company. 

If you own a company’s stock, you own a little piece of that company. This allows for two great benefits: voting rights and the right to receive dividends.

Equity Options Explained

In almost every way shape and form, equity options are identical to ETF options.

1. Equity Options Are “American Style”

2. Equity Options are Settled via Physical Delivery

3. Equity Options Have No Tax Advantages

4. Equity Options Pay Dividends

Perhaps the greatest distinction between ETF and equity options lay in their premiums: overallequity options almost always have more premium than ETF options.

This is because of something called “implied volatility“.

Implied volatility (IV) helps to determine the price of an option. IV is simply the options market’s expected move for a stock. Since equity stocks are less diverse than ETFs, they have more volatility. This risk increases IV, which in turn increases the price of an option. 

Final Word

In conclusion, we have learned that index options are very distinct from the options of ETFs and equities.

For the trader who doesn’t wish to stay glued to their computer, index options offer great benefits.

ETF and equity options are best suited for “hands-on”, small accounts.

Next Lesson

Long Put vs. Short Put: Options for Beginners

Long Put Short Put

Market Direction

Bearish

Neutral and Bullish

When To Trade

Best for traders very bearish on a security

Best for traders who believe a security will either stay the same or increase in value.

Maximum Profit

Strike price of the put minus the price of the put

Credit received

Maximum Loss

Entire debit paid

Strike price minus the premium received 

Breakeven

Strike price minus the cost of the put

Strike price minus the premium received for the put.

Time Decay Effect

As time passes, and both implied volatility and stock price stay the same, a long put will persistently shed value. 

As time passes, and both the implied volatility and stock price stay the same, a short put will shed value – which is desirable for short puts. 

Probability of Success

Low

High

Long Put Explained

Long Put Definition: In options trading, a long put is a bearish trade that gives the owner the right to sell 100 shares of stock at the contract’s strike price on or before the options expiration

Call options give the owner the right to purchase stock. Put options give the owner the right to sell stock. 

Therefore, put options are bearish trades. 

Beginners often compare buying puts with selling stock –  this comparison is far from valid.

When you sell a stock, you profit when that stock falls in value, by any amount.

Short Stock Graph

Put options, on the other hand, not only need the stock to fall to become profitable but the stock must also fall by a lot.

Long Put Chart

Let’s take a look at an example to understand why.

Long Put Option Example

Let’s say Apple (AAPL) is due to release earnings in 7 days. We believe AAPL will fall post-earnings.

However, we only have 1k in our trading account. With AAPL trading at $170/share, this won’t give us too much exposure by selling stock.

This is when options come in handy. Calls and puts typically have a multiplier of 100×1. This means that one contract represents 100 shares of stock. That’s a lot of leverage!

Let’s take a look at an options chain and choose our strike price. 

AAPL Options Chain

Put Strike Price Premium (Cost)

$170

$4.25

$165

$2.25

$160

$1.40

So let’s say we went ahead and purchased the $165 call for a debit of $2.25. Because of the multiplier effect of 100, the true cost of this trade is $225. Here are our trade details.

Trade Details:

Stock Price: $170
Strike Price: $165
Option Cost: $2.25 ($225)

Let’s first discuss how much we could make on this trade.

Long Put Maximum Profit: Strike price of the put minus the price of the put.

We bought the 165  put for $2.25, therefore, our max profit is (165-2.25) $162.75, or $16,275! This occurs when AAPL is trading at zero on expiration – unlikely!

What about the maximum loss?

Long Put Maximum Loss: Debit Paid.

So our max loss here is our debit paid of $2.25. Seems like a pretty good risk/reward scenario – but options trading is all about probabilities. 

Let’s see how our trade actually did on expiration.

Long Put Trade Results

Trade Details at Expiration:

Stock Price: $170 –> $166
Strike Price: $165
Option Value: $2.25 –> $0

So we were right – AAPL fell after earnings. When we bought the put, the stock was trading at $170. It fell by $4 to $166.

But we own the $165 put – this strike price is out-of-the-money on expiration. 

Remember, a put option gives you the right to sell stock. Why would you exercise that right to sell stock at $165 when you can sell stock in the market for a better price of $166. Nobody would do this – therefore, on expiration, nobody is willing to buy our put. Its value is zero. 

As expiration approaches and the stock price stays the same or mildly fluctuates, options lose value. This is because of the option Greek “theta”, or time decay.

Take a look at the below image, which shows how the premium on a LEAP option (long-term option) compares to that of a near-term option of the same strike price. 

So why does the premium dwindle?

Intrinsic and Extrinsic Value in Options Trading

Option Premium

The value of all options is composed of intrinsic and/or extrinsic values. 

Intrinsic value is simply the amount an option is in-the-money by. If a stock is trading at $170, and you own a $175 put, the option is in-the-money by $5 – this is its intrinsic value. 

Extrinsic value is all value that is not intrinsic value. Implied volatility and time value account for this value. 

As time passes, out-of-the-money options lose value. Extrinsic value is what could happen. Earlier, we bought the $165 put on AAPL. If an hour before expiration, AAPL is trading at $170, what are the odds of the stock drpping by $5 in this short amount of time? Slim to none. Therefore, it will not have any “hope”, or extrinsic value during this time. 

It is because of this profound time-decay most out-of-the-money options lose value. This is also why most professional traders SELL options. 

Short Put Explained

Short Put Definition: The owners of long “American Style” put options can exercise their right to sell stock at any time. When this happens, the short party must be prepared to deliver 100 shares of stock.

You can both buy and sell options. Options sellers are at the mercy of the buyers – at any time, for American options, the owner of an option can exercise their contract. What happens to short puts here?

They must deliver 100 shares of short stock. This leaves the short put party long 100 shares of the underlying. However, options assignment rarely happens

So, what exactly is a short put? It’s the exact opposite of a long put.

Short Put Option Graph

Short put sellers have market conviction the exact opposite of put buyers. They believe the underlying will either go up or stay the same in value.

Remember those detrimental effects of time decay? Well, for short options, time decay works in their favor.

Let’s take the other side of our above trade, and sell that option now. 

Short Put Option Example

Put Strike Price Premium

$170

$4.25

$165

$2.25

$160

$1.40

So in this example, we are going to sell that $165 put instead of buying it.

Trade Details:

Stock Price: $170
Strike Price: $165
Credit Received: $2.25 ($225)

When you sell an option, you receive a credit to your account (as seen above). However, this is not a free trade. Quite the opposite.

When you buy an option, the most you can lose is the debit paid. When you sell an option, that maximum loss scenario increases significantly. It is because of this your broker will require a lot of money held on the side to hold your short position. The cost of margin to sell our above put is over $1k! If the trade moves against us, our broker want to make sure we can cover the losses.

Short Put Maximum Loss: Strike Price Minus Premium Received

So for us, the max loss on this option is $162.75 ($165-$2.25), or $16,275! Remember this number is also the max profit on a long put – this should make sense.

When will this occur? If the stock is trading at $0 on expiration. Unlikely.

How much can we make?

Short Put Option Maximum Profit: Credit Received

Since we received a credit of $2,25, this is the most we can make on selling our put. 

 

Short Put Trade Results

Trade Details at Expiration:

Stock Price: $170 –> $164
Strike Price: $165
Option Price: $2.25 ($225) –> $1 ($100)

So in this scenario, AAPL fell below our short put strike of $165 to $164. At the moment of expiration, our put was valued at $1.

Remembering that we sold this but for $2.25, we can see we made a profit of $1.25 ( (2.25-1).

Why was the put trading at $1 on expiration? Because when an option expires, all extrinsic value is gone. What remains is intrinsic value, which is synonymous with “moneyness”. Our option was in-the-money by $1.

Final Word

Put buying is generally a low probability, high reward trade. Put selling, however, is a high probability, low reward trade. 

Over the long-run, selling puts generally makes more money than buying them. But, as stated by optionseducation.org, selling options has great risks. If you’d like to learn more about selling put options for income, please check out our article below!

Next Lesson

Covered Call vs. Long Call: Here’s How They Differ

Long Call
Covered Call Graph

Covered calls (aka “buy-writes”) and long calls are very different types of options trading strategies. 

In a nutshell,  call options are speculative investments that profit when a stock rises substantially in value. Covered calls, on the other hand, are a combination of 100 shares of long stock and a short call. This latter strategy has less market risk (but greater principle risk), and a greater chance of profitability. Additionally, covered calls can profit in any market direction.

Let’s first take a look at the textbook definition of the two, then dive into a few examples. 

TAKEAWAYS

  • Long calls profit in very bullish markets.
  • The covered call strategy is ideal for market-neutral traders.
  • A long call consists of buying a single option; the covered call consists of selling one call option AND purchasing 100 shares of stock.
  • The maximum loss on a long call is the entire premium paid.
  • The maximum loss on a covered call resides on the stock side, and is calculated by stock purchase price – option premium collected.

What is a Long Call?

Long Call Definition: A long call gives the owner the right, but not the obligation, to purchase 100 shares of stock at a specified strike price on or before a specified expiration date. 

Long Call Components: Long call at strike price X.

Long call options provide very bullish investors with great upside potential. When compared to stocks, options are leveraged at a ratio of 100 shares per 1 option contract. This “multiplier effect” magnifies both risk and reward.

Long Call Example

Let’s say Apple is trading at $170/share. You believe that in two weeks, following their earnings report, AAPL will be trading at $185/share. 

Here are the details of the call option you purchase:

Initial Trade Details:

Stock Price: $170

Call Strike Price: $180

Call Cost (premium): $2 ($200)

Call Expiration: 14 Days Away

So lets say that 2 weeks have passed. Following earnings, the price of AAPL stock soared. How did our trade do? Let’s see.

Trade Details at Expiration:

Stock Price: $170 –> $185

Call Strike Price: $180

Call Value: $2 (200) –>$5 ($500)

Call Expiration: Today

As we can see, with the stock trading at $185 on expiration, our call option netted us a nice profit of $300! We purchased this option for $2 and on expiration, it is trading at $5. The difference between these two figures tells us our profit.  This value is all intrinsic value

If the stock was trading under our strike price of $180 on expiration, we would have lost the entire premium of $2 ($200) that we paid. 

What is a Covered Call?

Covered Call Definition: A covered call is an income generation options strategy that allows investors to profit from their long shares in a stagnating market. 

Covered Call Components: Long 100 Shares of Stock AND Short 1 Call Option

If an investor is either neutral, mildly bullish or mildly bearish on a stock they own, that investor could sell an out-of-the-money call option on that stock to generate income. 

As long as the stock price is trading under the strike price of the call sold on the option’s expiration, the investor will collect the entire premium of the option sold. 

Selling a call against stock does, however, limit upside potential. If the stock rallies beyond the strike price + value of premium collected, the short call will act as ballast on the long stock, preventing further gains. 

Covered Call Example

Lets re-visit our above AAPL trade, but this time, we don’t think AAPL is going to go anywhere.

Unlike our long call option strategy, the covered call must include a short call and 100 shares of long stock. So we will assume we have 100 long shares of AAPL in our account today. 

We believe AAPL will be trading under $180 in two weeks. It is currently trading at $170. To generate income from our stock, we will sell an out-of-the-money call. Here are the details of our trade:

Initial Trade Details:

Stock Price: $170

SHORT Call Strike Price: $180

Premium Collected: $2 ($200)

Call Expiration: 14 Days Away

So let’s say 14 days have passed. We were right this time – AAPL closed at $176 on the expiration day, below our short call strike price of $180. 

Unlike buying calls, when an investor sells a call, they want that call option to go down in value. Here is how our trade played out:

Trade Details at Expiration:

Stock Price: $170 –> $176

SHORT Call Strike Price: $180

Closing Option Value: $2 –> $0

Call Expiration: Today

This was an ideal outcome for us. We made $7 per share on the long stock AND collected the full premium of the option sold ($200).

Now, what if the stock rallied instead to $190 on expiration instead? In this scenario, our short call would prohibit additional stock profit at the strike price + premium sold level ($180 + $2 = $182). 

In this second outcome, the call option is in-the-money on expiration; an investor can choose to do nothing, and the short call will be exercised, forcing them to sell 100 shares at the strike price of $180/share. The result would be a flat position.  

Long Call vs Covered Call: Head-to-Head

Long Call

Covered Call

When to Trade?

The long call is best suited for traders who are extremely bullish on an underlying security. 

The covered call is a great way for investors to collect income on a stock that they believe will change little in the future.  

Maximum Profit Potential

Unlimited (there is no cap on how high a stock can go)

Short Call Strike Price - Stock Entry Price) + Option Premium Collected

Maximum Loss Potential

Entire Premium Paid

Stock Entry Price - Option Premium Collected

Breakeven

Strike Price + Premium Paid

Stock Price - Short Call Premium Collected

Time Decay Effect

As time passes, and both implied volatility and stock price stay the same, a long call option will persistently shed value. 

As time passes, and both the implied volatility and stock price stay the same, the short call portion of a covered call will shed value, which is desirable as a short option profits when its value falls. 

Ideal Market Direction

Bullish

Tips

In the long run, buying call options is usually a losing battle. For out-of-the-money calls, you need the stock to go up in value - by a lot. Time is NOT on your side here. 

The covered call is a great way for all investors to make a little extra money from their stock in a neutral market. Over the long run, however, owning the stock outright is usually more advantageous. 

Intrinsic and Extrinsic Value in Options Trading Explained

Option Premium

The premium composition of all option contracts (derivatives) can be broken down into one of two values: intrinsic and/or extrinsic value

Understanding the fundamental difference between these two values is vital for the success of any options trader. These values are the building blocks upon which other options trading narrative builds as they determine the price of an option. 

Let’s get started!

        TAKEAWAYS

  • An option’s value is comprised completely of intrinsic value and/or extrinsic value.

  • Intrinsic value is simply the amount an option is in-the-money by.

  • Extrinsic value represents all option premium that is not intrinsic value.

  • Extrinsic value consists of 1) time value and 2) implied volatility.

  • Because of time value, an options extrinsic value will diminish as expiration approaches.

  • Options with high implied volatility will have greater extrinsic value than identical options with lower implied volatility.

An Option's Two Price Components

intrinsic vs extrinsic value

The value of any options contract – ETF options, equity options and index options –  is the summation of its intrinsic and extrinsic value:

Option Price = Intrinsic + Extrinsic Value

The above image shows us how these values shift within an option as that contract progresses through time, reacting to changes in the price of the underlying security, the passing of time, and implied volatility

What is Intrinsic Value?

Intrinsic Value Definition: The value an option has in itself should that option be exercised immediately.  

When compared to extrinsic value, intrinsic value is straightforward and easy to calculate. 

The word “intrinsic” comes from the French word intrinsèque, which means “inwardly”Intrinsic value is therefore the “inward” value of an option, discounting time and future volatility. 

If an option were to be exercised at the moment of observation, would that option have value? If the option were in-the-money, yes. Therefore, in-the-money options have intrinsic value

Out-of-the-money (OTM) options, since they have no immediate value, have zero intrinsic value.

Let’s take a look at a few examples of intrinsic value and call options:

Calls and Intrinsic Value

The above table shows us three different call options. The first option listed has a strike price of $150. Since the current stock price is $200, this option has an intrinsic value of $50 ($200 – $150 = $50). 

To determine the intrinsic value of any option, simply subtract the strike price from the stock price. 

This calculation will tell us how much value that an option has should it be exercised immediately. 

What about the above $210 strike price call? $200-$210 would give us -10. But extrinsic value can not be below zero, therefore the extrinsic value of this option is zero.

Intrinsic value discounts time: it tells us what an option would be worth at any given moment assuming expiration is already here. If the expiration date were here, what value would a $210 call have with the stock at $200? Considering that we can buy the stock cheaper in the open market ($200), this option has zero intrinsic value. 

 

What is Extrinsic Value?

Extrinsic Value Definition: The value of an option that exceeds its intrinsic value. 

In short, extrinsic value is everything that is “leftover” from intrinsic value. This value is the “premium” associated with the potential for an option to become more valuable before it expires. 

We remember that intrinsic value shows us the immediate value of an option should that option be exercised immediately.

But, if that option has time until it expires, shouldn’t that option’s value reflect what could happen to it during the duration of its life?

For this reason, extrinsic value is also known as “time value“.

Let’s take a look at an example:

Calls and Extrinsic Value

Extrinsic Value

We mentioned above that an option’s extrinsic value is everything that is leftover from its intrinsic value. We can see the $150 strike price call is trading at $52. Since we know the intrinsic value to be $50, the extrinsic value must therefore be $2. 

This $2 represents the options “time value“, or its premium to change as the option approaches expiration. 

Notice how the $210 call has zero intrinsic value. Why is this? This option is out-of-the-money. These types of options have zero intrinsic value and therefore consist of 100% extrinsic value or time value. 

Let’s do a quick recap of intrinsic value for calls.

Intrinsic Value for Calls

Call Intrinsic Value:

  • The value of being able to buy shares at the call’s strike price.

Stock Price Above Call Strike Price:

  • Call Intrinsic Value = Stock Price – Call Strike Price
  • Example: 140 call on $150 stock = $10 Intrinsic Value

Stock Price Below Call Strike Price: 

  • Call Intrinsic Value = Zero
  • Example: 225 call on $200 stock = $0 intrinsic Value

Intrinsic vs. Extrinsic: In-the-Money-Call

The above image illustrates how the intrinsic and extrinsic value of an option with a 105 strike price changes over time. 

We learned before that only in-the-money options have intrinsic value. Therefore, this option will only have intrinsic value when the stock is trading above 105

When the option is trading below this 105 strike price, its entire premium is comprised of extrinsic value.

 

  • Stock > 105: Call Has Intrinsic Value
  • Stock < 105: Call Is All Extrinsic Value

Notice how this option has its most extrinsic value at 73 days to expiration? Remembering that extrinsic value is synonymous with “time value”, this should make sense. 

Notice too how the options extrinsic value falls when the option is “in-the-money” (ITM).  During this period, a portion of an options value must be contributed to intrinsic value. 

As time passes (and expiration nears), extrinsic value diminishes, leaving only intrinsic value

Intrinsic vs. Extrinsic: Out-of-the-Money-Call

out-of-the money call extrinsic value

The above image shows how the premium components of an out-of-the-money call shift over time as the underlying stock price changes.
 

  • Stock > 195: Call Has Intrinsic Value
  • Stock < 195: Call Is All Extrinsic Value

With the exception of the very first few days, this option is widely out of the money for the duration of its life. 

As expiration approaches, extrinsic value diminishes, leaving only intrinsic value. Since out-of-the-money options have no intrinsic value, this option is fated to expire worthless. 

Just as in our previous example, extrinsic value (aka time value) sheds as expiration approaches. 

 

Intrinsic Value for Puts

Hopefully, by now, you have a pretty good idea of that which comprises a call options value.

But what about put options?

Put Intrinsic Value:

  • The value of being able to sell shares at the put option’s strike price as opposed to the current stock market price.

Stock Price Below Put Strike Price:

  • Put Intrinsic Value = Put Strike Price – Stock Price
  • Example: 165 Put on a $150 Stock = $15 of Intrinsic Value

Stock Price Above Put Strike Price: 

  • Put Intrinsic Value = Zero
  • Example: 300 Put on a $325 Stock = $0 Intrinsic Value

Intrinsic vs. Extrinsic: In-the-Money Put

In order to understand the pricing components of put options, we only need to take everything we learned about calls – then flip this information on its head. 

  • Stock > 190: Put is All Extrinsic
  • Stock < 190: Put Has Intrinsic 

Just as with call options, an option’s extrinsic value (aka time value) diminishes as time passes and expiration approaches. 

At the moment of expiration, put options will consist of 100% intrinsic value or have “0” value if the option is out-of-the-money. 

At the moment of expiration, the above stock price was trading at about $170. Since we are long the 190 put, that puts our option in the money by $20 (190-170). By looking at the lower chart, we can indeed see that this was the closing price of the option on the expiration day.  

Intrinsic vs. Extrinsic: Out-of-the-Money Put

In this last example, we are going to look at the intrinsic and extrinsic value of a 80 strike price put that is out-of-the-money for its entire life. 

 

  • Stock > 80: Put is All Extrinsic
  • Stock < 80: Put Has Intrinsic

Just as with our out-of-the-money call example, we can see this option shedding value as expiration nears. 

Additionally, our 80 strike price put was never in-the-money. Therefore, it never had intrinsic value. 

On expiration day, the stock was trading at about $100 – not even close to our $80 strike price. Therefore, the option will expire worthless. 

What Determines the Amount of Extrinsic Value?

The extrinsic value of any option is comprised of two components. 

#1: Time to Expiration

Extrinsic Value and DTE

An options days to expiration (DTE) is the first factor that determines an option’s extrinsic value.

Longer-Term Options = Greater Extrinsic Value

As a rule, extrinsic value increases with greater DTE. These options are more expensive than front-month options because there is more time for the stock to reach or exceed the strike price.

If a stock is trading at $100, and you own a $110 call going into expiration day, there is little chance the stock has the time to reach this level. If you own a $110 strike price call that expires in 6 months, however, the stock still has sufficient time to reach these levels, and will therefore have considerably more extrinsic value.

The above image illustrates how the extrinsic value of an at-the-money (ATM) call diminishes as expiration approaches. Remember, at-the-money calls are not in-the-money, so are therefore comprised of 100% extrinsic value. 

 

#1: Implied Volatility

at-the-money call and implied volatility

In options trading, implied volatility is the market’s prediction of the future movement in a security.

Higher Implied Volatility = Greater Extrinsic Value

The more an underlying asset is expected to move, the greater the premium the options on that underlying will be.

The above image shows us how implied volatility impacts the prices of an at-the-money call option experiencing various implied volatility levels.

With implied volatility (IV) of 15%, the option is only trading at $1.71. Increase that IV to 50%, and the options jacks up to over $5 in value.

This should make sense. Think about Tesla (TSLA) stock vs. Johnson & Johnson (JNJ). 

Tesla is known for its volatile swings. It, therefore, has a greater chance of reaching distant strike prices than that of JNJ. To reflect this probability, TSLA has higher implied volatility than JNJ.

Intrinsic vs Extrinsic Value: FAQs

Options have extrinsic value to account for time value and the implied volatility of the underlying. Intrinsic value tells us how much value an option has in itself; extrinsic value tells us how much value an option has taking into account the unknown. Understanding these two values is very important when trading options.

Intrinsic value tells us how much value in option has if it were to be exercised at this moment of observation. Therefore, only in-the-money options have intrinsic value. This value ignores “time” and “implied volatility”.

Final Word

  • The entirety of an option’s premium consists of intrinsic and/or extrinsic value.
  • Intrinsic for Calls: Stock Price – Call Strike Price
  • Intrinsic for Puts: Put Strike Price – Stock Price
  • Extrinsic value is everything left over after accounting for intrinsic value.
  • Extrinsic value consists of 1) time decay and 2) implied volatility.
  • Extrinsic values declines as expiration approaches.

Next Lesson

Call Options vs. Shares: 6 MAJOR Differences

Long Call vs Long Stock

There are some pretty significant differences between buying call options and buying stocks. Before we examine how these types of securities differ, it may first help to understand a few ways in which they are alike.

1.) Both long calls and long stock positions are bullish.

If you purchase a stock, you anticipate that stock will go up in value. If you purchase a call option on that same stock, you are also bullish. However, call option buyers are much more bullish than stock buyers. 

2.) A call option can “trade like” a certain amount of shares. 

In options trading, the “Greeks” are a series of calculations traders use to determine how an option will react to various market movements. The Greek “Delta” tells traders how an option will react to an immediate $1 move in the price of the underlying security. 

Delta also tells us how many shares of stock an option “trades like”. If a call option has a delta of .50, this tells us this option will trade like approximately 50 shares of stock. Unlike stock, however, the option Greeks are in constant flux with time and volatility.

Now that we understand the limited ways in which these types of securities are similar, let’s now explore how stocks differ from options

TAKEAWAYS

  • For long-term investors, stocks tend to out-perform call options.

  • Stock (or equity) comes with certain rights, such as the right to receive dividends. Call options have no such rights.

  • Options are usually leveraged at a ratio of 100:1, meaning one contract represents 100 shares of stock. 

  • If the price of a stock remains the same, a shareholder will not lose money. Call options shed value as time passes if the stock remains the same. 

  • All call options will expire at some future, pre-specified date (expiration date)

  • In theory, stocks have greater principle risk than options. 

1) Stock Represents Ownership

When you buy a share of a company’s stock, you are buying a piece of that company. This is known as “equity”. 

Having “equity” in a company comes with certain benefits:

Options contracts are “derivative” instruments. This means their value is derived from the underlying security. Though the owner of a long call does indeed have the right to convert their contract to 100 long shares at any time, until this “exercise” happens, they have none of the rights that stock owners have. In the eyes of the company, they do not exist. 

In fact, call options actually go down in value when a stock goes “ex-dividend”.

2) Call Options Offer Leverage

As explained by FINRA, options are standardized contracts. This standardization allows for greater market liquidity and regulation. 

Part of an options standardized terms pertains to the “multiplier effect”.

Option Contract Multiplier Definition: Standard call and put options have a multiplier of 100, meaning that one contract represents 100 units or shares of the underlying stock, exchange-traded fund (ETF), or index

To better understand how option leverage works, let’s look at an example from the tastyworks trading platform:

Buying 100 Shares of AMZN

The above image shows an order to buy 100 shares of Amazon (AMZN) stock. The cost of this trade? Over 340k.

Now, let’s take a look at an at-the-money call on AMZN expiring in a few days. 

At-The-Money AMZN Call

AMZN Call

The above shows an order ready to buy a call option on AMZN. 

We said earlier that a call option delta shows us “how many” shares of stock a contract mimicks. This call option has a delta of about 50. If we were to buy two of these calls, our delta would match that of 100 shares of stock!

  • Cost of 100 AMZN Shares: $341,000
  • Cost of 2 ATM Call Options: $7,330 ($3,665 x 2)

As you can see, by using options we can get the same exposure to AMZN for a significantly reduced price when compared to buying the stock.

Sound too good to be true? That’s because it is! Options come with significant risks. One of these risks is “time decay“. Let’s explore the detrimental effect of time decay next.  

3.) Call Options Experience Time Decay

If you were to purchase 100 shares of AMZN at $3,405 per share, and if in one week AMZN was still trading at $3,405, you would neither have made nor lost money. 

However, if you purchased an at-the-money 3,405 strike price call on AMZN last week, and the stock was unchanged when the option expired, you would lose 100% of the premium you paid. For us, that would mean a total loss of $7,330. Though options trading does offer leverage, you indeed pay for this privilege!

I prefer trading vertical spreads to hedge some of this risk. 

Time decay is also known as “theta”, which is another option Greek (we already know delta!).

The below table shows the theta for options on AAPL:

AAPL Options Chain

Type Strike Price Theta

Call

147

3.25

-.52

Call

148

2.63

-.56

Call

149

2.11

-.54

Where AAPL is trading at $148.20 and expiration 2 days away.

The above theta value shows us how much the each corresponding AAPL call option will decline in value with every passing day. This assumes an environment of constant implied volatility and stock price. 

To go in-depth on theta, check out our video below!

4) All Call Options Expire

One of the standardized terms of an options contract is its expiration date.  All options expire. Some options expire in hours, other expire years into the future (these are known as Long-Term Equity Anticipation Securities (LEAPS)).

Stocks never expire. Eventually, most companies will become defunct either through bankruptcies or mergers, but the stock itself does not have a prearranged expiration date. 

Options are decaying assets. In a constant environment, they are persistently shedding value (as we learned above).

The below image shows how the value of an option slowly sheds as the stock remains the same and expiration approaches. 

Option Pricing

5) Call Options vs. Stock: Principal Risk

Long Call vs Long Stock

From a total risk perspective, call options have less principle risk than stock. 

Now, this can indeed be misleading We are looking at this through a theoretical lens; or a “worse case scenario” perspective. 

Let’s revisit our AMZN example above. Remember, we spent $7,330 to buy 2 call options that gave us the same exposure to AMZN as 100 shares of stock. This stock cost us $341k.

  • Shares Maximum Loss: $341,000
  • 2 ATM Call Options: Maximum Loss $7,330 ($3,665 x 2)

If AMZN were to plummet to $0 in value overnight, we would lose A LOT more on the stock than the options. 

However, AMZN will most assuredly not be trading at $0 in the next few days. Therefore, this perspective is not very reasonable. But it is possible!

6) Call Options vs. Stock: Liquidity

Stock Market Liquidity Definition: The ease in which a security can either be entered or converted into cash.

Generally speaking, equities have better liquidity than options. When trading stocks, we are usually only concerned with two aspects of liquidity: daily volume and the bid/ask spread.

The below image (taken from the tastyworks trading platform) shows the current market for Tesla (TSLA) stock. 

The above image shows we can purchase TSLA stock for $1,189.23 and immediately sell it for 1,188.42.

Considering the stock is trading 1k+, that is a pretty tight market. 

What about options on TSLA?

 

TSLA Call Options Liquidity

When we are looking at options, we need to add a few more liquidity variables:

 

The 1175 call option on TSLA is bid at $92.10 and offered at $95.15.

This means that if we were to immediately buy and sell this option, we would lose $3.05.

When compared to the stock, the liquidity on options is almost always worse. 

It is therefore important to always try and get filled at the mid-price when placing an options trade. Never use market orders on options. Slowly work call (and put) option orders in nickel increments, until you are filled. 

If the open interest and volume on a particular option series is low, it is best to avoid those options altogether. 

Final Word

Perhaps the greatest distinction between call options and stocks is the risk: options have inherently more risk than stocks. 

Stocks are generally held as long-term investments; options are short-term “trades” that require diligence and maintenance. 

Let’s conclude our article by going over a recap of what we learned. 

  • Stocks pay dividends; options don’t
  • Call options offer a 100:1 ratio
  • As time passes, call options decay in value
  • All call options will expire
  • Options have less principle risk than stocks
  • Stock have better liquidity

Next Lesson

SWAR: 2X Leveraged Software ETF Explained

Rocket Ship Taking Off

Direxion has just released yet another leveraged ETF. The SWAR ETF is a rather niche tech fund, focusing exclusively on the “software” segment of tech. 

The aim of the fund is to track the S&P North American Expanded Technology Software Index at a leveraged ratio of 2:1 (200%).

Like all leveraged ETFs, it is important to note that SWAR is best suited for short-term traders. The financial instruments used to achieve leverage (futures and derivatives), often result in long-term underperformance when compared to the underlying index.

TAKEAWAYS

  • Direxion’s SWAR ETF is a bullish fund that seeks a return that is 200%  the return of its software benchmark index.

  • Direxion aims to provide this leverage on a daily basis; not in the long-run.

  • SWAR charges a very high fee of 1.07%

  • The vast majority of stocks in this fund fall within the IT sector, while the rest are in communication stocks. 

  • Over the long-run, SWAR will likely underperform its benchmark (leverage aside).

  • “Swaps” are used in this fund to achieve a leverage ratio of 2×1 (200%).

SWAR ETF Factsheet

  • Expense Ratio: 1.07%
  • Market Direction: Bullish
  • Index: S&P North American Expanded Technology Software Index
  • Number of Holdings: 130
  • Leverage: 200% (2×1)
  • Average Spread: $0.05
  • Average Market Cap: 78.07 Bil

Before we dig too much into Direxion’s SWAR ETF, it may first help to have a better understanding of the index which the fund aims to track (at a 2×1 ratio).

S&P N. American Expanded Tech Software Index

Chat from https://www.spglobal.com/

The S&P North American Expanded Technology Software Index is a product of S&P Dow Jones Indices.

What sets this index apart from other tech funds is its software focus. The aim of this index is to:

SWAR: Fees

  • Expense Ratio: 1.07%

Like most leveraged exchange-traded funds (ETFs), the net expense-ratio for SWAR is quite high. When comparing SWAR’s fees to the average ETF fee of 0.40%, 1.07% is quite high indeed. 

In fact, SWAR exceeds even the average leveraged ETF fee of 0.95%. These types of funds do require considerably more management, but perhaps not enough to justify a fee of over 1%.  

SWAR: Fund Sectors

In order to understand the sectors that comprise the SWAR ETF we only need to look to its benchmark: The S&P North American Expanded Technology Software Index.

SWAR Sectors by Percentage

SWAR Sectors

Image from https://www.spglobal.com/

As suspected, SWAR is dominated by stocks within the Information Technology sector. Additionally, a small portion of the portfolio has exposure to the Communication Services sector. The stocks within this sector do indeed have exposure to software, but in a more oblique fashion than those in the IT sector.

SWAR also has some minor exposure to Canadian stocks. The stocks within this ETF are divided across North America in the following manner:

  • United States: 98.8%
  • Canada: 1.2%

SWAR: Top Stocks

SWAR’s underlying index (S&P North American Expanded Technology Software Index), is a “modified market cap weighted index”. The value of the index is a summation of the aggregate value of the individual share weights. 

Like many tech ETFs, the top ten holdings dominate market share. For SWAR, the top ten stocks represent 45% of the funds value:

SWAR: Top Ten Stocks and Weight

  • Microsoft: 7.74%
  • Salesforce: 7.34%
  • Adobe: 6.86%
  • Intuit: 6.34%
  • Oracle: 4.94%
  • ServiceNow: 4.53%
  • Autodesk: 2.16%
  • Synopsys: 1.97%
  • Palo Alto Networks: 1.92%
  • Workaday: 1.84%

SWAR: Leverage Utilization

Like most leveraged ETFs, the ways in which SWAR uses leverage to achieve its ideal 2×1 ratio is quite nebulae. 

In the fund’s prospectus, I was able to locate one derivative position the fund employs to achieve its leverage

So the fund does not use options, nor stock futures, but a swap to gain leveraged exposure. 

Swaps are unlike options in that they are private, non-standardized, and widely unregulated agreements between two parties, generally large financial institutions. 

Swaps do indeed have counter-party risk, but it is unknown the degree to which this risk exists in the SWAR ETF. Many times, funds can mitigate this risk through additional measures.

Final Word

For incredibly bullish investors looking for very short-term exposure to the IT software sector, SWAR appears to be a great option. 

However, this is not a set-it-and-forget-it ETF. When you factor in both the cost of rolling derivatives and the very high fees, SWAR will almost certainly underperform the index in the long-run (not considering leverage).

Leveraged ETFs tend to lose their most value in very bearish markets. On a particularly volatile day when the underlying index is down 1%, it will not be uncommon for 2x leveraged products to fall more than 2%.

The problem here is that when/if the market rallies again, these types of funds rarely make up for that decay lost during the downturns.

However, when compared to 3x leveraged products, 2x wins the vast majority of the time in the long run. 

We’ll conclude our article by taking a look at the results of a study by Tony Cooper comparing the performance of various leveraged indices over a long period of time. 

Long Term Leveraged ETF Performance

Leveraged ETF Study

Leveraged ETFS In-Depth

Next Lesson