1. Show that for a lossless N-port network, REAL([Z]) = -REAL([Z]T).(The real matrix is anti-symmetric)
1. Show that for a lossless N-port network, REAL([Z]) = -REAL([Z]T).(The real matrix is anti-symmetric)
2. Let A be an n x n real symmetric matrix or a complex normal matrix. Prove that tr(A) = X1 + ... + and tr(AⓇA) = 1212 + ... +14.12 where ....... An are the eigenvalues of A repeated with multiplicity (for example, if n = 3 and the eigenvalues of A are -3 and 7 but -3 has multiplicity 2 then 11 = -3, 12 = -3, and Az = 7). 3. Let A be an n x...
6. Show that if A is an n x n symmetric matrix and B is an n x m matrix. Show that BT AB, BT B and BBT are symmetric matrices (10 pts)
(f) Let A be symmetric square matrix of order n. Show that there exists an orthogonal matrix P such that PT AP is a diagonal matrix Hint : UseLO and Problem EK〗 (g) Let A be a square matrix and Rn × Rn → Rn is defined by: UCTION E AND MES FOR THE la(x, y) = хтАУ (i) Show that I is symmetric, ie, 14(x,y) = 1a(y, x), if a d Only if. A is symmetric (ii) Show that...
1. a) What is the fundamental difference between symmetric and anti-symmetric matrix? b) Given the laminate shown below compute A2, Bn, and Dis. Given that E, 155 GPa; Ep 12.1 GPa; V12-0.248; G12-4.4 GPa. Z3-15 0-30° -5 0-90 0-0° z1-5 mm All dimensions are in Zo-15 1. a) What is the fundamental difference between symmetric and anti-symmetric matrix? b) Given the laminate shown below compute A2, Bn, and Dis. Given that E, 155 GPa; Ep 12.1 GPa; V12-0.248; G12-4.4 GPa....
true or false and explain why (a) If the eigenvalues of a real symmetric matrix Anxn are all positive, then 7" A7 > 0 for any i in R" (b) If a real square matrix is orthogonally diagonalizable, it must be symmetric. (c) If A is a real mx n matrix, then both APA and AA' are semi-positive definite. (d) SVD and orthogonal diagonalization coincide when the real matrix concerned is symmetric pos- itive definite. (e) If vectors and q...
True or False? (a) An n x n matrix that is diagonalizable must be symmetric. (b) If AT = A and if vectors u and v satisfy Au = 3u and Av = 40, then u: v=0. (c) An n x n symmetric matrix has n distinct real eigenvalues. (d) For a nonzero v in R", the matrix vv7 is a rank-1 matrix.
3. Answer the following questions regarding positive definite matrix. A symmetric real matrix M is said to be positive definite if the scalar 27 Mz is positive for every non-zero column vector z (a) Consider the matrix [9 6] A = 6 a so that the matrix A is positive definite? What should a satisfy (b) Suppose we know matrix B is positive definite. Show that B1 is also positive definite. Hint use the definition and the fact that every...
# 2: Consider the real symmetric matrix A= 4 1 a) What are the eigenvalues and eigenvectors. [Hint: Use wolframalpha.] b) What is the trace of A, what is the sum of the eigenvalues of A. What is a general theorem th c) The eigenvalues of A are real. What is a general theorem which assert conditions that t d) Check that the eigenvectors are real. What is a general theorem which asserts conditions th asserts equality? eigenvalues are real...
linear algebra Find all n x n orthogonal, symmetric, and positive definite real matrix (matrices). Explain answer
Exercise 5 Let z and y be linearly independent vectors in R" and let S- span(,y). We can use r and y to define a matrix A by setting (a) Show that A is symmetric (b) Show that N(A) S (c) Show that the rank of A must be 2. Exercise 5 Let z and y be linearly independent vectors in R" and let S- span(,y). We can use r and y to define a matrix A by setting (a)...