mscroggs.co.uk
mscroggs.co.uk

subscribe

Advent calendar 2019

23 December

Arrange the digits 1-9 in a 3×3 square so the 3-digits numbers formed in the rows and columns are the types of numbers given at the ends of the rows and columns. The number in the first column is today's number.
a multiple of 4
a cube
a multiple of 3
today's numbera cubean odd number

Show answer

Tags: numbers, grids

Archive

Show me a random puzzle
 Most recent collections 

Advent calendar 2024

Advent calendar 2023

Advent calendar 2022

Advent calendar 2021


List of all puzzles

Tags

sums clocks lines multiplication dates factors cryptic clues proportion hexagons addition probability ave shapes combinatorics remainders scales crossnumber even numbers medians the only crossnumber sets triangle numbers time crossnumbers christmas surds sum to infinity algebra perimeter percentages numbers grids probabilty wordplay grids median calculus determinants mean taxicab geometry fractions money axes chess ellipses pentagons quadratics square numbers products prime numbers angles square roots elections chocolate logic unit fractions dice sport tangents averages coins speed balancing matrices range sequences perfect numbers irreducible numbers digits planes symmetry advent bases parabolas integers tournaments decahedra quadrilaterals chalkdust crossnumber binary regular shapes shape spheres people maths expansions 2d shapes geometric mean polynomials complex numbers menace square grids rugby triangles dodecagons powers consecutive integers trigonometry cryptic crossnumbers arrows area circles palindromes gerrymandering volume colouring coordinates functions routes pascal's triangle tiling squares dominos consecutive numbers cubics numbers doubling books differentiation geometric means digital clocks cube numbers multiples geometry digital products means albgebra partitions 3d shapes number polygons integration graphs crosswords indices cards odd numbers factorials division star numbers folding tube maps rectangles floors neighbours games

Archive

Show me a random puzzle
▼ show ▼
© Matthew Scroggs 2012–2025