What is terminal P/L at 105 for the 100 straddle costing 8.40?
Reveal the worked answer
−340 for one standard call-plus-put pair before costs.
Five intrinsic minus 8.40 paid.
What move must the paid premium overcome?
Read first: Read a contract and its premium, Rights, obligations and expiration, Defined payoff risk is not margin, Read the whole multi-leg ticket
An earnings trade contains an event and a volatility-price comparison. Expecting movement is insufficient if the options already charge for more movement. Uncertainty often reprices after the release, but no fixed IV collapse is guaranteed.
A directional and a long-volatility thesis should be written separately.
A long straddle buys both directions but pays both premiums. A short structure receives premium in exchange for adverse tail exposure. Spreads change the payoff and cap some outcomes, but do not remove gap, liquidity or assignment risks.
Before expiry, value depends on remaining time and the new IV surface as well as intrinsic.
Compare a plausible event outcome with the ticket's cost and breakevens. Include the disappointing-move and large-gap branches. Avoid labeling high IV automatically overpriced.
Know what information is already expected and when the event falls relative to the chosen expiry.
Terminal examples use simultaneous intrinsic realization of all stated legs, before unspecified costs. Actual American exercise, assignment, early liquidation and broker handling can create different interim cash needs. These fictional comparisons are education, not orders or personalized investment advice.
A fictional same-strike 100 straddle costs 8.40 total. If it reaches expiry at 105, only the call has five points intrinsic; the combined loss is 3.40 per unit, or 340 per standard pair before fees.
The stock moved, but not far enough for this terminal purchase price. The graph is exact terminal P/L; it does not pretend to price the immediate post-earnings option while time remains.
Vertical: Straddle terminal P/L (USD)
Horizontal: Underlying at common expiry (USD)
| Underlying at common expiry (USD) | Fictional example |
|---|---|
| 85 | 660 |
| 86 | 560 |
| 87 | 460 |
| 88 | 360 |
| 89 | 260 |
| 90 | 160 |
| 91 | 60 |
| 92 | -40 |
| 93 | -140 |
| 94 | -240 |
| 95 | -340 |
| 96 | -440 |
| 97 | -540 |
| 98 | -640 |
| 99 | -740 |
| 100 | -840 |
| 101 | -740 |
| 102 | -640 |
| 103 | -540 |
| 104 | -440 |
| 105 | -340 |
| 106 | -240 |
| 107 | -140 |
| 108 | -40 |
| 109 | 60 |
| 110 | 160 |
| 111 | 260 |
| 112 | 360 |
| 113 | 460 |
| 114 | 560 |
| 115 | 660 |
A trader predicts the sign correctly but underestimates paid premium or IV repricing. A seller wins often but suffers a gap beyond collected premium.
Try the question before revealing its answer. These are reading checks, not trading certification or a site completion record.
−340 for one standard call-plus-put pair before costs.
Five intrinsic minus 8.40 paid.
A trader predicts the sign correctly but underestimates paid premium or IV repricing. A seller wins often but suffers a gap beyond collected premium.
Explain this risk before treating the example as a decision rule. A correct calculation does not guarantee a favorable market outcome.
Return to the question: What move must the paid premium overcome? State the observed facts, the assumptions and the failure condition separately.
External references support definitions and conventions. Worked scenarios and prose are original. No current quotes or dealer inventory are claimed.
Read this lesson as Markdown · Download its JavaScript content module