Draw the 2x3 grid.
Step 1: Draw the Geometry & Find the Landmine
Look at the very first rule. Leo and Max must be in the same row, but they cannot sit next to each other. In a row of 3 chairs, there is only one way to keep two people separated: Put them in the two corners and leave the middle seat empty.
We don't know which row they are in, so let's just assign them to the Window row to visualize it. This is our Landmine!
[ WINDOW ROW ]
[ LEO/MAX ] [ EMPTY ] [ MAX/LEO ]
-----------------------------------
[ Corner ] [ Middle] [ Corner ]
[ DOOR ROW ]
Step 2: The "What-If" Test (Pushing the Domino)
Look at the second rule: "Noah sits exactly opposite either Owen or Toby." We run our What-If Test on Owen because it triggers the "If" clues below it.
Assumption: What if Noah sits exactly opposite Owen?
Let's watch the dominoes fall:
- Domino 1: If Noah sits opposite Owen, the rules say Zane sits in a middle seat.
- Domino 2: If Zane sits in a middle seat, the rules say Leo sits exactly opposite Zane.
Step 3: The CRASH! 💥
Look at the final domino that just fell! It states that Leo sits exactly opposite Zane. We also just established that Zane is in a middle seat.
On a rectangular table, if you sit exactly opposite someone in a middle seat, you must also be in a middle seat! This means our domino chain forced Leo into a middle seat.
But look at our Landmine rule from Step 1! We already proved mathematically that Leo must sit in a corner so he doesn't bump elbows with Max.
Leo cannot be in a corner and a middle seat at the same time. This breaks the laws of physics. CRASH!
Step 4: The Rebound Deduction
Because assuming Noah sat opposite Owen caused a Corner Crash, our assumption was wrong.
- Noah cannot sit opposite Owen. Go back to his very first rule: He had to sit opposite Owen OR Toby.
- Therefore, Noah MUST sit exactly opposite Toby.
(Note: Because the domino trigger never happened, Zane is no longer forced into the middle seat!)
Step 5: The "Vertical Tunnel" Deduction (Solving the Leftovers)
Look at our table from Step 1. We know Noah sits exactly opposite Toby. To sit exactly opposite someone, you need a vertical "tunnel" of two empty seats directly facing each other.
Where is the only vertical tunnel left on the entire board?
- Can they take the Left Corners? No, Leo or Max is sitting there!
- Can they take the Right Corners? No, Max or Leo is sitting there!
- The only empty seat in the Window Row is the Middle seat.
Therefore, the only way Noah and Toby can sit opposite each other is if they take the two Middle seats!
[ WINDOW ROW ]
[ LEO/MAX ] [ NOAH/TOBY ] [ MAX/LEO ]
-------------------------------------
[ Corner ] [ TOBY/NOAH ] [ Corner ]
[ DOOR ROW ]
Look at the board now! The middle seats are taken. The Window corners are taken. There are exactly two people left: Owen and Zane. There are exactly two seats left: The two corners of the Door Row.
We don't know if Owen is on the left and Zane is on the right, or vice versa. Option B tries to trick us into guessing. But we know with 100% logical certainty that because those are the only two seats left in the room, Owen MUST sit in a corner seat. Option C is undeniably true.
🧠 The "Repeatable Approach" for the Corner Trap
- The Corner Squeeze: If a clue says two people are in the same row but cannot sit together, immediately write "CORNER" next to their names. They have no other choice!
- Find the Tunnel: When you need to place a pair of people exactly opposite each other, look for the vertical columns. If a row has its corners taken up, the only vertical tunnel left is straight down the middle!
- The Final Leftovers: You don't need to finish the whole board perfectly. Once the middle seats and one row's corners are gone, whoever is left is instantly banished to the remaining corners.
