Where every option price comes from — explained from scratch
Jeff — in Lessons 1 and 2 you learned what Poppa does (sells Iron Condors) and why it works (be the insurance company, collect the premium). Now the question is: where do those premiums come from, and how does he find them? The answer is the options chain — the master list of every option available on any given stock. Once you can read it, the scanner's numbers stop feeling like magic.
Block 1 · The Big Picture
The options chain is just a menu.
When you open the options chain for a stock, you see a wall of numbers. It looks intimidating. It isn't.
It's a menu. Like a restaurant menu that lists every dish, every size, and every price — the options chain lists every insurance policy you could buy or sell on that stock, every price you could lock in, and every deadline you could choose.
The picture
It's the insurance catalog for one stock. Every policy available — every premium, every locked-in price, every expiration date — printed on one page. Poppa's whole job on this page is finding the policies worth selling: the ones with the right rent, the right lane width, and no earnings in the window.
Jeff — don't panic at the numbers
When you first see an options chain, you'll see dozens of rows and columns. You only need to understand about five of them. This lesson covers exactly those five. Ignore everything else for now.
Block 2 · The Two Halves
Calls on one side, Puts on the other.
The whole menu is split down the middle into two halves. You already know what these are from Lesson 1:
One half = CALLS — the options for people who think the price might climb. Every call available on this stock, at every price, at every deadline.
Other half = PUTS — the options for people who think the price might plummet. Every put available, same layout.
The same row holds the call AND the put for the same price — so you can see both side by side for quick comparison.
Which half does Poppa use?
Both. He sells a put (from the puts side) AND a call (from the calls side) to build his box. That's why the Iron Condor uses all four legs — two from each half of the chain.
Block 3 · The Rows
The rows are strike prices — a ladder of price levels.
Every row in the chain represents one strike price — a locked-in price level. They're stacked top to bottom like rungs on a ladder:
… $35 · $40 · $45 · $50 · $55 · $60 · $65 …
Each rung is a price where you could lock in a deal. The stock is currently sitting somewhere on this ladder. Everything above it is on the upper rungs; everything below is on the lower rungs.
Jeff — what Poppa is looking for on the ladder
He's looking for rungs that are far enough away from the current price that the stock is very unlikely to reach them. The farther the rung from the current price, the safer — but also the less premium he collects. It's a trade-off he calibrates using delta (more on that below).
Block 4 · The Tabs
The tabs across the top are expiration dates — the deadlines.
Remember from Lesson 1 — every option has an expiration date, after which it's worthless. The chain lets you pick which deadline you want.
Across the top you'll see tabs like: Jul 18 · Aug 15 · Sep 19 · Oct 17… Each tab opens a fresh page of the menu showing all the options with that particular deadline.
Poppa typically picks an expiration 30 to 45 days out.
Why 30–45 days? The ice cube reason.
Remember the melting ice cube from Lesson 1? Options lose value fastest in the final 30–45 days before expiration. If Poppa enters when there are 30–45 days left, he captures the fastest part of the melt. Too short (under 2 weeks) and gamma risk gets dangerous. Too long (60+ days) and the melt is slow — his capital is tied up for too long.
Block 5 · ITM / ATM / OTM
Three locations on the ladder — where the option sits relative to the stock price right now.
This is the terminology you'll see constantly. Here's all it means:
ATM — "At the Money". The option's strike price is right at (or very close to) the current stock price. You're standing right at the doorstep. These options are the most expensive because there's a real chance they matter at expiration.
ITM — "In the Money". The option already has real built-in value right now. A put is in the money when the stock is BELOW the strike. A call is in the money when the stock is ABOVE the strike.
OTM — "Out of the Money". The option has no built-in value right now. It would only be worth something if the stock made a significant move. If it expired today, it would be worthless.
Jeff — Poppa always sells OTM options
He deliberately sells options that are out of the money — far from the current price. Why? Because OTM options are very likely to stay worthless through expiration. Worthless-to-the-buyer means Poppa keeps the entire premium. He never sells ATM or ITM options — those are too close to the current price and get breached far too often.
Block 6 · Bid, Ask, and Mid
Three prices for every option — here's the only one that matters.
For every option on the chain, you'll see three prices listed:
Bid — the highest price a buyer is willing to pay right now. This is what you'd get if you sold immediately at the current market.
Ask — the lowest price a seller is willing to accept right now. This is what you'd pay if you bought immediately at the current market.
Mid (the midpoint) — exactly halfway between the bid and ask. This is the fair price. This is the number Poppa uses to estimate his premium.
The haggling market
Think of a street market where you're negotiating. The seller calls out one price (ask). You counter with a lower offer (bid). The fair deal is somewhere in the middle (mid). A tight gap between bid and ask means a busy, fair market. A wide gap means a slow, illiquid market — and you'll get a bad price if you're not careful.
Practical rule: always use the mid as your estimate
When the scanner shows a credit amount, it's calculated using the mid prices. When Poppa actually places the order, he enters a limit price at or near the mid — never "market order" on a 4-leg spread or he'll give away money on each leg.
Block 7 · Volume and Open Interest
Two numbers that tell you how busy this option's market is.
Volume — how many contracts have traded today. Like foot traffic in a store. High volume = busy market today.
Open Interest (OI) — how many contracts are currently open and active. This is the size of the standing crowd. High open interest = a lot of people are in this option right now.
Poppa wants high open interest on the options he sells. Why? Because a busy market means:
He can enter at a fair price (tight bid-ask spread)
He can exit easily if he needs to close early
He won't get stuck in a ghost town where no one wants to trade with him
Think of it like selling a house
High open interest = a hot neighborhood with lots of buyers. Low open interest = a remote area where buyers are scarce. You want to sell where buyers are plentiful so you can always find someone to close your trade when you're ready.
Block 8 · Implied Volatility (IV)
IV is the market's fear meter — and Poppa's pricing gauge.
Every option on the chain has an IV number. This stands for Implied Volatility — a measure of how much the market expects the stock to move between now and expiration.
High IV = the market is scared. Big moves are expected. Options are expensive. More premium for Poppa to collect.
Low IV = the market is calm. Small moves expected. Options are cheap. Less premium available.
The umbrella store analogy
Umbrellas are cheap on a sunny day. Nobody needs one. But the moment a hurricane warning goes out, umbrella prices spike — everyone wants one. IV works the same way. Options are cheap when markets are calm. When fear spikes, everyone rushes to buy protection, prices go up, and Poppa sells umbrellas during the hurricane warning — when prices are highest and the premiums are fattest.
Jeff — IV is why Poppa waits for the right moment
He doesn't sell condors every single day. He waits for moments when IV is elevated — when the market is overpricing fear relative to how much the stock actually moves. That gap between what the market FEARS and what the stock ACTUALLY does is his edge. The scanner checks for this automatically.
Block 9 · Delta
Delta — the one "Greek" you actually need to understand right now.
Options have a set of measurements called "the Greeks" (delta, gamma, theta, vega…). Most of them you can ignore for now. The one you need is delta.
Delta tells you two things at once:
How much the option's price moves when the stock moves $1. A delta of 0.50 means if the stock goes up $1, the option goes up $0.50.
Roughly, the probability the option finishes in the money at expiration. A delta of 0.10 means roughly a 10% chance of the option finishing in the money — and a 90% chance it expires worthless.
Jeff — this is the probability meter
When Poppa looks at a put with a delta of 0.10, he's reading: "there's about a 90% chance this put expires worthless and I keep the entire premium." That's his edge built right into the chain. He sells options with deltas around 0.10–0.16 — which means 84–90% probability of the stock staying outside his box. The scanner finds these automatically.
Delta in plain English
Think of delta like an odometer reading on a bet. A 0.10 delta option is a 10% bet. You're the casino selling that bet — you win 90% of the time. A 0.50 delta option is a coin flip. You'd never sell a coin-flip bet for insurance-company-level rent. Stay at 0.10–0.16 and the odds are heavily in your favor.
— now read it like Poppa does —
Part 2 · Putting It Together
Build an Iron Condor straight off the chain — step by step.
Stock: Calm Co. at $50. You've opened the options chain. You've selected the tab for about 35 days out. Here's what you do:
Step 1 — Find your short strikes by delta. Scroll down the put side until you find the row where delta is around 0.10. That's the $45 put — about 10% chance of finishing in the money, 90% chance of expiring worthless. Do the same on the call side — the $55 call also sits at delta ~0.10. These are your two SELL strikes — the box edges.
Step 2 — Add the guardrails. Go $5 further out on each side. Buy the $40 put and the $60 call. These are your airbags.
Step 3 — Read the mids and calculate credit. From the table below:
Your Role
Strike
Type
Mid Price
Delta
Open Int
Buy (guardrail)
$60
CALL
$0.12
.03
4,100
★ SELL (ceiling)
$55
CALL
$0.46
.10
12,400
— Calm Co. is here now: $50 — your box runs $45 to $55 —
★ SELL (floor)
$45
PUT
$0.48
.10
11,800
Buy (guardrail)
$40
PUT
$0.11
.03
9,200
Step 4 — Do the rent math.
Collected (the two sells): $0.46 + $0.48 = $0.94
Paid (the two buys): $0.12 + $0.11 = $0.23
Net credit = $0.94 − $0.23 = $0.71 per share → $71 per contract
Spread width = $5. Max risk = ($5.00 − $0.71) × 100 = $429 per contract
ROC = $71 ÷ $429 = 16.5% — too high! That's above Poppa's 8% ceiling. The box is too tight. He'd widen it or pick a different stock to get into the 5–8% zone.
Step 5 — Check liquidity. Both short strikes have open interest in the thousands — easy to enter and exit. ✓
Jeff — the scanner does all five steps automatically
What you just did in five manual steps across one stock, the scanner does across hundreds of stocks simultaneously — and it only shows you the ones that land in the 5–8% ROC zone with the right delta and no earnings. By the time a result appears on your screen, all five checks have already passed.
The whole lesson in one sentence
The options chain is a menu: calls and puts split down the middle, strikes down the ladder, deadlines across the top — use the mid for fair price, open interest for liquidity, IV for how expensive the premium is, and delta for the probability, and you can find and price any Iron Condor yourself.
What's next
Lesson 4 — The Order Ticket › — once you've found the trade on the chain, here's the form your broker uses to actually place it. Read every line before clicking send.
The Cheat-Sheet › — every term defined in one line on a single printable page.
The Exam › — prove you know it. 20 questions, pass with 16.