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Pips Answer for Wednesday, September 10, 2025

Complete NYT Pips puzzle solution with interactive board and expert analysis.

Progress 0/4 dominoes
6
=
3

Click a domino below or a cell on the board to reveal

Expert Puzzle Analysis

Deep insights from puzzle experts

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Nyt Pips easy answer for 2025-09-10

6
=
3

Answer for 2025-09-10

When I first looked at the September 10th Pips puzzles, I knew I had to be methodical because the domino sets provided are quite specific. For the Easy level, I started by looking at the sum target of 6 in the top-left region.

Since the available dominoes were [1,4], [3,6], [2,3], and [3,3], I realized the 6 had to come from the [3,3] domino or a combination involving the 6. I mapped out the empty cells first to see what space was left, then placed the [2,3] domino to satisfy the sum target of 3 in the bottom right. This left the equals constraint in the middle column, which I balanced by lining up the 1 and 1 from the remaining dominoes.

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Nyt Pips medium answer for 2025-09-10

>3
=
2
2
<3
8
>4

Answer for 2025-09-10

For the Medium puzzle, the layout was much more linear. I focused heavily on the sum regions like the one targeting 8 across the bottom.

I noticed that the 'greater than' and 'less than' constraints acted as anchors; once I knew cell [6,0] had to be less than 3 and [6,4] had to be greater than 4, it narrowed down which ends of the dominoes like [1,6] and [1,5] could go where. The

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Nyt Pips hard answer for 2025-09-10

<3
=
<6
=
=
=
3
>3

Answer for 2025-09-10

Hard puzzle was a real brain-burner from Rodolfo Kurchan. The 'equals' constraints were everywhere. I started with the triple-cell equals region [2,2], [2,3], [2,4].

Since I had dominoes like [2,2] and [2,6], I had to be careful not to use up my duplicates too early. I found that the empty cells at [0,3] and [0,5] were key because they forced the orientation of the adjacent dominoes. I spent a lot of time double-checking the [1,3] and [1,4] region to make sure the values matched the [0,4] cell as required by that equals rule. It was a game of domino-effect logic—once one piece clicked, the rest followed.

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What I Learned

The most interesting takeaway today was how much the 'empty' cells dictate the flow of the board. In the Hard puzzle, those empty spots essentially cut the board into smaller, manageable sections, which is a lifesaver when you are dealing with eight different dominoes.

I also noticed a tricky pattern in the Medium puzzle where the sum of 2 can only be achieved with a 1 and a 1 if the domino is split, or a 0 and 2. Since 0 wasn't on many of my dominoes, it forced a very specific placement of the [1,1] and [1,2] pieces. Learning to look for the most restrictive sum first (like a 2 or a very high number) is always the best way to crack these open.

Frequently Asked Questions

What should I do if I get stuck on an 'equals' region with three cells?
Look at your domino pool for any numbers that appear frequently. In a three-cell equals region, all three numbers must be identical, so you usually need two different dominoes that share that specific number.
Are the 'empty' cells just there to block space?
Not exactly. While they don't contain pips, they are crucial because they limit which cells a domino can cover. They often force a domino to be placed in a specific direction (horizontal vs. vertical).
How do 'greater than' or 'less than' targets work in Pips?
These targets refer to the number of pips in that specific cell. If a cell has a 'greater than 4' constraint, the part of the domino covering that cell must have 5 or 6 pips.