Daily Nerdle Solution January 29, 2026
3 months ago · Updated 3 months ago
Welcome to today's Nerdle solution guide for January 29, 2026. Below you'll find progressive mathematical hints ranging from general strategies to focused eliminations, then almost revealing clues and finally the complete equation. Ready to test your logic, arithmetic, and deduction skills?
Nerdle Solution for January 29, 2026
🧮 Hint 1 - General Structure
This equation uses exactly structure of two operands, both two-digit numbers, yielding a two-digit result.
🧮 Hint 2 - Operation Details
The equation uses only subtraction - no multiplication, division, addition pairing, or concatenation involved.
🧮 Hint 3 - Number Properties
Both operands are parity odd two-digit numbers, and the result is even.
🧮 Hint 4 - Relationship Clues
The first operand is larger than the second; their order yields a positive two-digit difference.
🧮 Hint 5 - Almost Revealing
The tens digits differ by exactly two, ones digits differ by exactly four, and there is digits no borrowing in the ones place.
Understanding Today's Nerdle Equation
The equation 89-65=24 demonstrates a simple subtraction of two two-digit integers. Following the order of operations, subtraction is performed after any higher-priority operations (none here), so we compute 89 minus 65 directly by subtracting the tens and ones with borrowing when needed to obtain 24.
89-65=24 shows us properties of integer arithmetic: subtraction yields another integer (closure), and it is not commutative—swapping terms changes the result. The operation proceeds left-to-right for multiple subtractions and relies on place-value alignment when done column-wise.
In this equation, 89-65=24, we can also compute by breaking numbers apart: 89-65 = (89-60)-5 = 29-5 = 24, or use column subtraction with borrowing from the tens place to subtract 5 from 9 and 6 from 8.
How did you solve it?
Tell us how you approached the puzzle and share your strategy or surprises you found—comments welcome. See you tomorrow with another puzzle.
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