Mechanical Engineering > GATE 2013 SET-2 > Linear Algebra
The eigenvalues of a symmetric matrix are all
A
complex with non-zero positive imaginary part.
B
complex with non-zero negative imaginary part.
C
real.
D
pure imaginary.

Correct : c

Similar Questions

Let I be a 100 dimensional identity matrix and E be the set of its distinct (no value appears more than once in E) real eigenvalues. The number of elements in...
#69 Fill in the Blanks
The matrix (where a > 0) has a negative eigenvalue if a is greater than
#193 MCQ
A linear transformation maps a point (x', y') in the plane to the point (x,y) according to the rule x'=3y y'=2x. Then, the disc x2+y2≤1. gets transformed to a r...
#240 Fill in the Blanks

Related Topics

symmetric matrix eigenvalues GATE mechanical engineering 2013 real eigenvalues symmetric matrix complex eigenvalues symmetric matrix imaginary eigenvalues symmetric matrix positive imaginary part negative imaginary part pure imaginary numbers

Unique Visitor Count

Total Unique Visitors

Loading......