This page explains the logic and calculation of call option profit/loss at expiration, payoff diagram, and break-even.

See the same for short call (inverse position) and for put option.

## Call Option Payoff Diagram

Buying a call option is the simplest of option trades. A call option gives you the right, but not obligation, to buy the underlying security at the given strike price. Therefore a call option's intrinsic value or payoff at expiration depends on where the underlying price is relative to the call option's strike price.

The payoff diagram shows how the option's total profit or loss (Y-axis) depends on underlying price (X-axis).

The key variables are:

- Strike price (45 in the example above)
- Initial price at which you have bought the option (2.88 in the example)
- Current underlying price (the chart's X-axis)

As you can see in the graph, the option's strike price (45.00) is the key point which divides the payoff function in two parts. Below the strike, the payoff chart is constant and negative (the trade is a loss). Above the strike the line is upward sloping, as the call option's payoff is rising in proportion with the underlying price. At some point (the break-even point = 47.88 in our example) the line crosses zero and the trade starts to be profitable.

## Call Option Scenarios and Profit or Loss

Three things can generally happen when you are long a call option.

### 1. Underlying price is lower than strike price

When underlying price ends up below the strike at expiration, the option expires worthless and your total result from the long call trade is a loss equal to the initial price (in this case $2.88 per share, or $288 for a standard option contract representing 100 shares). For example, if underlying price is 43.80, it makes no sense to exercise the option, which would only allow you to buy the underlying at 45.00, more expensively than on the market.

The good thing with a long call trade is that your loss is always limited to the initial cost – you can't lose more, no matter what happens. If the underlying price falls to zero, you still only lose the $288 which you paid for the call option in the beginning. A long call option's payoff chart is a straight line between zero and strike price and the payoff is a loss equal to the option's initial cost.

### 2. Underlying price is equal to strike price

In the rare case when the underlying price ends up being equal to the option's strike price at expiration, it still doesn't make any sense to exercise the option, because you may as well buy the underlying on the market for the same price. Therefore a long call option's payoff is still a loss equal to the initial cost ($288 in our example). Same as scenario 1 in fact.

### 3. Underlying price is higher than strike price

Finally, this is the scenario which a call option holder is hoping for. If the underlying price ends up being higher than the option's strike price, the option is in the money and it starts to make sense to exercise it.

For example, let's say the underlying price is 49.00. Because the option gives you the right to buy the underlying at strike price (45.00) and you can immediately sell it on the market at the underlying price (49.00), exercising the option brings you positive cash flow of $4.00 per share, or $400 per contract. If you bought the option at 2.88 (initial option price in our example), your profit from the entire trade would be 4.00 – 2.88 = $1.12 per share = $112 per contract. You can also see this in the payoff diagram where underlying price (X-axis) is 49.

## Call Option Payoff Formula

The total profit or loss from a long call trade is always a sum of two things:

- Initial cash flow
- Cash flow at expiration

### Initial cash flow

Initial cash flow is constant – the same under all scenarios. It is a product of three things:

- The option's price when you bought it
- Number of option contracts you have bought
- Number of shares per contract

Usually you also include transaction costs (such as broker commissions).

In our example, initial option price (including commissions) is $2.88 per share, we are long 1 contract of 100 shares, therefore initial cash flow is:

2.88 x 1 x 100 = – $288

Of course, with a long call position the initial cash flow is negative, as you are buying the options in the beginning.

### Cash flow at expiration

The second component of a call option payoff, cash flow at expiration, varies depending on underlying price. That said, it is actually quite simple and you can construct it from the scenarios discussed above.

If underlying price is below than or equal to strike price, the cash flow at expiration is always zero, as you just let the option expire and do nothing.

If underlying price is above the strike price, you exercise the option and you can immediately sell it on the market at the current underlying price. Therefore the cash flow is the difference between underlying price and strike price, times number of shares.

CF = what you sell the underlying for – what you buy the underlying for when exercising the option

CF per share = underlying price – strikes price

CF = ( underlying price – strike price ) x number of option contracts x contract multiplier

In our example with underlying price 49.00:

CF = ( 49 – 45 ) x 1 x 100 = $400

Putting all the scenarios together, we can say that the cash flow at expiration is equal to the greater of:

- ( underlying price – strike price ) x number of option contracts x contract multiplier
- Zero

If you are using Excel,you can calculate this using the MAX function.

Note: The option's value or cash flow at expiration is equal to the option's intrinsic value. It is the same formula.

### Putting it all together – call option payoff formula

Call P/L = initial cash flow + cash flow at expiration

Initial CF = -1 x initial option price x number of contracts x contract multiplier

CF at expiration = ( MAX ( underlying price – strike price , 0 ) x number of contracts x contract multiplier

**Call P/L = ( MAX ( underlying price – strike price , 0 ) – initial option price ) x number of contracts x contract multiplier**

**Call P/L per share = MAX ( underlying price – strike price , 0 ) – initial option price**

## Call Option Payoff Calculation in Excel

The screenshot below illustrates call option payoff calculation in Excel. Besides the MAX function, which is very simple, it is all basic arithmetics.

## Call Option Break-Even Point Calculation

One other thing you may want to calculate is the exact underlying price where your long call position starts to be profitable. In other words, the point where the payoff chart crosses the zero line, or where the total P/L (which we have calculated above) equals zero- the break-even point.

It is very simple. It is the sum of strike price and initial option price.

**Call B/E = strike price + initial option price**

In our example with strike = 45 and initial price = 2.88 the break-even point is 47.88. You can try to use this as underlying price in the P/L formula above and you will get exactly zero profit.

## Long Call Option Payoff Summary

- A long call option position is bullish, with limited risk and unlimited upside.
- Maximum possible loss is equal to initial cost of the option and applies for underlying price below than or equal to the strike price.
- With underlying price above the strike, the payoff rises in proportion with underlying price.
- The position turns profitable at break-even underlying price equal to the sum of strike price and initial option price.

## FAQs

### What is the formula for payoff of a call option? ›

Call payoff per share = **(MAX (stock price - strike price, 0) - premium per share**) Put payoff per share = (MAX (strike price - stock price, 0) - premium per share)

**What is the payoff diagram for a call option? ›**

The payoff diagram **shows how the option's total profit or loss (Y-axis) depends on underlying price (X-axis)**. The key variables are: Strike price (45 in the example above) Initial price at which you have bought the option (2.88 in the example)

**How do you read an option payoff diagram? ›**

The vertical axis of the diagram reflects profits or losses on option expiration day resulting from particular strategy, while the horizontal axis reflects the underlying asset price on option expiration day. At expiration, there is no time value left, so the option will sell for its intrinsic value.

**What is the formula for put and call options? ›**

**Market Price > Strike Price = Out of Money put option = Gains / Profits**. Market Price < Strike Price = In the Money put option = Loss. Market Price = Strike Price = At the Money call option = Profit in the form of premium.

**What is a payoff calculation? ›**

Calculating The Payoff

In summary, the payoff is calculated by **adding the unpaid mortgage principal balance, adding the per-diem interest owed, and adding whatever payoff fees are charged by the mortgage servicer** (typically about $100 to $150).

**How do you calculate payoff ratio? ›**

To calculate the payoff ratio, you need to **divide the average profit of winning trades by the average loss of losing trades**. In this example, the payoff ratio is 2, meaning that the average profit per winning trade is twice the average loss per losing trade.

**How do you create a payoff chart? ›**

We will use these calculations to create a payoff diagram, which is a graph that shows how an option strategy's profit or loss (P/L) changes based on underlying price. To draw the graph, we need to **calculate P/L for different levels of underlying price**. We will do this right below our existing P/L calculations.

**How do you calculate call options? ›**

For call options, the intrinsic value is calculated by **subtracting the strike price from the current price of the underlying asset**. If the result is positive, the intrinsic value is that positive amount; otherwise, it is zero.

**What is best of option payoff? ›**

A best of option is an option whose payoff is **based on the best return from a basket of assets**, while a worst of option is an option on the worst return of a basket of assets. If there are n underlying assets, the payoff effectively has n possibilities.

**What are the different types of option payoffs? ›**

Payoff profile for buyer of call options: **Long call**

A call option gives the buyer the right to buy the underlying asset at the strike price specified in the option. The profit/loss that the buyer makes on the option depends on the spot price of the underlying.

### What is the payoff matrix of options? ›

The payoff matrix is simply **a double entry table, with all the payments made by one player to the other, for each strategy adopted**, like in Table 6.13-1. As the payment of one player is equal to the gain of the other player, the game is called zero-sum (which is a type of constant-sum game):

**What is the interpretation of payoff matrix? ›**

A payoff matrix is a table that contains the options that are available to players of a game. It **illustrates all of the possible outcomes that are involved in strategic decision-making**. The rows of the table represent the options for one player, and the columns represent the options for the other player.

**How do I calculate call options in Excel? ›**

Call Option Value Formula

In general, call option value (not profit or loss) at expiration at a given underlying price is equal to the greater of: **underlying price minus strike price (if the option expires in the money)** **zero (if it doesn't)**

**What is the formula of option? ›**

The model's formula is derived by **multiplying the stock price by the cumulative standard normal probability distribution function**. Thereafter, the net present value (NPV) of the strike price multiplied by the cumulative standard normal distribution is subtracted from the resulting value of the previous calculation.

**How do you study call and put options? ›**

With a call option, the buyer of the contract purchases the right to buy the underlying asset in the future at a predetermined price, called exercise price or strike price. With a put option, the buyer acquires the right to sell the underlying asset in the future at the predetermined price.

**What is the payoff function of option? ›**

So, what exactly is the option payoff definition? It is **the profitability of the option under different price conditions**. There is a strike price at which you buy the option and that becomes the reference for evaluating your option pay-off.

**What is the payoff of the American call option? ›**

For American options, the payoff is **(S(t) − K)+** for a call option and (K − S(t))+ for a put.