(1.) TRUE or FALSE? - Dartmouth Math Home
... (1.) TRUE or FALSE? (a.) Every linear operator on an n-dimensional vector space has n distinct eigenvalues. FALSE. There are linear operators with no eigenvalues, and problem (1) from last time gives another counterexample. However, there are at most n distinct eigenvalues. (b.) If a real matrix has ...
... (1.) TRUE or FALSE? (a.) Every linear operator on an n-dimensional vector space has n distinct eigenvalues. FALSE. There are linear operators with no eigenvalues, and problem (1) from last time gives another counterexample. However, there are at most n distinct eigenvalues. (b.) If a real matrix has ...
Conjugacy Classes in Maximal Parabolic Subgroups of General
... type problems have finitely many orbits whose representatives can be independent of the field; while for infinite type, the number of orbits depends on the field and is infinite whenever the field is. Infinite type problems can further be divided into tame type, where an explicit solution is known; and wil ...
... type problems have finitely many orbits whose representatives can be independent of the field; while for infinite type, the number of orbits depends on the field and is infinite whenever the field is. Infinite type problems can further be divided into tame type, where an explicit solution is known; and wil ...
