mscroggs.co.uk
mscroggs.co.uk

subscribe

Advent calendar 2025

12 December

Mary uses the digits 1, 2, 3, 4, 5, 6 and 7 to make two three-digit numbers and a one-digit number (using each digit exactly once). The sum of her three numbers is 1000.
What is the smallest that the larger of her two three-digit numbers could be?

Show answer

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

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

Archive

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