Definition

diagonalizable

adjective
  1. (of a matrix) capable of being transformed into a diagonal matrix through a change of basis; having a complete set of linearly independent eigenvectors.
  2. Usage: technical; mathematics

Examples

  • A symmetric matrix is always diagonalizable over the real numbers.
  • The professor asked us to determine whether the given matrix is diagonalizable.
  • Not every square matrix is diagonalizable; some lack enough independent eigenvectors.
  • If a matrix is diagonalizable, we can simplify many calculations by working with its diagonal form.
  • The eigenvalues and eigenvectors help us understand whether a matrix is diagonalizable.

A daily word game

Lexagon is a word swipe puzzle with a Lexical twist.

Play today’s puzzle Puzzle #135

Every board is a journey around the letter grid, with one long word - the LEXAGON - helping you to find all the others. New puzzle every day at 8am CST, free to play, nothing to install.

How to play · Past puzzles