(a) m is diagonalizable but not m neither v c both m and mp are diagonalizable (d) (d) lard basis let t: r r' be the linear transformation whose matrix with res

(A) M is diagonalizable but not M Neither V C Both M and MP are diagonalizable (D) (D) lard basis Let T: R R' be the linear transformation whose matrix with respect to the standard basis 26. (0 0 1 fe,, e, e of R3 is 0 1 0 Then T 1 0 0 maps the subspace spanned by e, and e, into itselt. (A) (B) has distinct eigen values. (C) has eigen vectors that span RS (D) has a non-zero null space.