mscroggs.co.uk
mscroggs.co.uk

subscribe

Advent calendar 2016

16 December

Put the digits 1 to 9 (using each digit exactly once) in the boxes so that the sums are correct. The sums should be read left to right and top to bottom ignoring the usual order of operations. For example, 4+3×2 is 14, not 10. Today's number is the largest number than can be made from the digits in red boxes.
××= 6
× × ×
××= 180
× × ×
××= 336
=
32
=
70
=
162

Archive

Show me a random puzzle
 Most recent collections 

Advent calendar 2025

Advent calendar 2024

Advent calendar 2023

Advent calendar 2022


List of all puzzles

Tags

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

Archive

Show me a random puzzle
▼ show ▼
© Matthew Scroggs 2012–2026