diagonalizable has definitions from the field of mathematics
1
[ adjective ] (mathematics) capable of being transformed into a diagonal matrix

Used in print

(Kenneth Hoffman and Ray Kunze, Linear Al...)

Thus T is not diagonalizable .

The diagonalizable operator is the special case of this in which * * f for each i .

By Theorem 10 , D is a diagonalizable operator which we shall call the diagonalizable part of T .

By Theorem 10 , D is a diagonalizable operator which we shall call the diagonalizable part of T .

Then there is a diagonalizable operator D on V and a nilpotent operator N on V such_that ( a ) * * f , ( b ) * * f .

*