Nerdle is the daily math and logic puzzle where you guess an equation by placing numbers and operators. Below you'll find step-by-step hints to guide you and the full answer revealed for checking your solve.

Nerdle Hints

  • This equation uses multiplication (×) rather than addition, subtraction, or division.
  • At least one digit appears more than once — pay attention to repeated zeroes.
  • The result is a three-digit number (not one- or two-digit). The equation begins with a single-digit number on the left side before the operator.
  • Logic nudge: one factor is a multiple of ten, so the product ends with a zero — the other factor is a small single-digit number.

Nerdle Classic Answer: 18 November 2025

Here’s the correct equation for today’s Nerdle Classic:

Click to reveal Nerdle Classic answer

Answers: 2 + 2 x 8 = 18

Nerdle Mini Answer: 18 November 2025

Here’s the correct equation for today’s Nerdle Mini:

Click to reveal Nerdle Mini answer

Answers: 7 x 5 = 35

Nerdle Micro Answer: 18 November 2025

Here’s the correct equation for today’s Nerdle Micro:

Click to reveal Nerdle Micro answer

Answers: 3 - 2 = 1

Nerdle Maxi Answer: 18 November 2025

Here’s the correct equation for today’s Nerdle Maxi:

Click to reveal Nerdle Maxi Answer

Answers: 1 + (7 - 7)x^3 = 1

How to Play Nerdle

  • You must create a mathematically correct equation using 8 tiles.
  • Numbers and the equals sign are required.
  • Operators can include +, -, *, /.
  • Tiles change colours to show correctness and correct position.
  • The solution must obey standard math order.

How to Solve Nerdle Efficiently

  • Begin with a wide variety of numbers and operators.
  • Narrow down the equals sign placement quickly.
  • Use colour feedback (green/purple/black) to eliminate possibilities.
  • Test whether the equation ends in a single digit or two digits.
  • When stuck, try rearranging operators.
  • Prioritize valid equations over random number strings.

Final Thoughts

Today's Nerdle felt operator focused and a touch tricky because placing the multiplication and the multiple of ten factor mattered more than individual digits. If you enjoyed this one, drop a comment with your solving path or come back tomorrow — we'll post hints and the next equation.