Option Pricing: Intrinsic vs Extrinsic Value

Understanding how options are priced helps you find better trades and manage positions effectively. Option prices have two components: intrinsic value and extrinsic value.

The Pricing Formula

Option Price = Intrinsic Value + Extrinsic Value

Let's break down each component.

Intrinsic Value

Intrinsic value is the real, tangible value of an option - what it would be worth if exercised immediately.

For Calls:

Intrinsic Value = Stock Price - Strike Price (if positive)

For Puts:

Intrinsic Value = Strike Price - Stock Price (if positive)

Examples with stock at $50:

Option	Calculation	Intrinsic Value
$45 Call	$50 - $45	$5.00
$55 Call	$50 - $55	$0 (negative = 0)
$55 Put	$55 - $50	$5.00
$45 Put	$45 - $50	$0 (negative = 0)

Key insight: Out-of-the-money options have ZERO intrinsic value. Their entire price is extrinsic value.

Extrinsic Value (Time Value)

Extrinsic value represents the potential for the option to become more valuable before expiration. It's also called "time value" because it decreases as time passes.

Extrinsic value is affected by:

Time remaining - More time = more value
Implied volatility - Higher IV = more value
Distance from strike - ATM options have highest extrinsic value

Calculating Extrinsic Value:

Extrinsic Value = Option Price - Intrinsic Value

Example:

Stock at $50
$45 Call trading at $7.00
Intrinsic: $50 - $45 = $5.00
Extrinsic: $7.00 - $5.00 = $2.00

Time Decay (Theta)

Extrinsic value decays over time - this is called theta decay.

Key Facts About Theta:

Theta is always negative for option buyers
Theta accelerates as expiration approaches
ATM options have the highest theta
OTM and deep ITM options have lower theta

Theta Decay Curve:

Value
  |
  |\
  | \
  |  \
  |   \__
  |      \__
  |         \___
  |-------------\---> Days to Expiration
  90  60  30  14  7  0

Notice how decay accelerates in the last 30 days.

Why This Matters for Sellers

As an option seller in the wheel strategy:

You collect extrinsic value when you sell
Time decay works FOR you - extrinsic value goes to zero
You want fast theta decay - 30-45 DTE is optimal

Example: You sell a put for $1.50:

Intrinsic value: $0 (OTM put)
Extrinsic value: $1.50

If the stock stays above your strike, that $1.50 decays to $0 by expiration - and you keep it all.

Factors Affecting Extrinsic Value

Factor	Effect on Premium
More time to expiration	Higher
Higher implied volatility	Higher
Closer to ATM	Higher
Lower interest rates	Slightly lower
Upcoming dividend	Affects calls/puts differently

Implied Volatility's Role

Implied Volatility (IV) represents the market's expectation of future price movement.

High IV (e.g., 60%+):

Options are expensive
Market expects big moves
Great for sellers (more premium)

Low IV (e.g., 20%):

Options are cheap
Market expects stability
Less premium for sellers

IV Crush: After events like earnings, IV often drops sharply. If you sold options before an event, this can be profitable even if the stock moves against you.

Practical Pricing Example

Stock XYZ at $100, 30 days to expiration:

Strike	Type	Price	Intrinsic	Extrinsic
$95	Put	$1.20	$0	$1.20
$100	Put	$3.00	$0	$3.00
$105	Put	$6.50	$5.00	$1.50
$95	Call	$7.00	$5.00	$2.00
$100	Call	$3.50	$0	$3.50
$105	Call	$1.50	$0	$1.50

Notice:

ATM options ($100) have highest extrinsic value
OTM options are 100% extrinsic value
ITM options have lower extrinsic value

Key Takeaways for Wheel Trading

Sell OTM options - You're selling pure extrinsic value
Target 30-45 DTE - Optimal theta decay
Sell when IV is high - More premium to collect
Avoid very low extrinsic value - Not worth the risk

In the next lesson, we'll cover what happens when you get assigned on an option.

Option Pricing: Intrinsic vs Extrinsic Value