Pips Answer for Monday, September 22, 2025
Complete NYT Pips puzzle solution with interactive board and expert analysis.
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Nyt Pips easy answer for 2025-09-22
Answer for 2025-09-22
Solving today's set of Pips puzzles by Rodolfo Kurchan was a real treat for the brain. I started with the Easy puzzle, where my eyes immediately went to the 'sum target 12' in cells [2,0] and [2,1].
In a two-cell sum, 12 is the maximum possible, meaning both cells had to contain a 6. Looking at the dominoes provided, [4,6] and [6,3] were the only ones that could provide those 6s. From there, the 'greater than 4' clue at [0,3] had to be a 5 or 6, and since the 6s were already spoken for, that 5 from the [5,0] domino fit perfectly.
Nyt Pips medium answer for 2025-09-22
Answer for 2025-09-22
For the Medium puzzle, the sum of 11 at [0,4] and [1,4] was my 'aha' moment. You can only get 11 with a 5 and a 6. With [5,5] and [6,6] in my inventory, I knew those dominoes had to be split across regions.
The middle column had a triple 'equals' constraint, which is always a powerful anchor. Once I realized the value had to be 2 to satisfy the surrounding sums, the rest of the board fell into place like a zipper. The
Nyt Pips hard answer for 2025-09-22
Answer for 2025-09-22
Hard puzzle was the real test. I saw a massive region of five cells with a sum target of 0. That is a solver's dream because it means every single one of those cells must be a 0.
I immediately scanned my dominoes for everything containing a 0—[2,0], [0,3], [6,0], [4,0], and [0,1]. By placing those 0s in the designated zone, I essentially mapped out half the board. The 'equals' chain in the third column and the sum of 9 in the top row then became much easier to manage because the available pips were so limited.
What I Learned
Today really reinforced the importance of looking for 'zero' regions and 'maximum' sums first. In the Hard puzzle, the sum of 0 across five cells was the ultimate bottleneck; it dictated the orientation of five different dominoes simultaneously.
I also noticed a neat trick in the Medium puzzle: when you have multiple 'sum' regions overlapping or sitting side-by-side, the dominoes that bridge those regions act as stabilizers. If you place one wrong, it creates a butterfly effect that ruins the totals for three or four other regions. It is also interesting to see how the 'empty' cells are used as strategic barriers to prevent dominoes from being placed in certain orientations, which is just as important as the numbers themselves.