Consider the transition matrix [1/2 0 01/2 0 1/2 0 1/2 0 0 1/4 0 3/4 0 1/2 0 0 1/2 (a) Draw the transition diagram for the associated Markov chain (X(n)) and use it to determine whether the chain is irreducible. (b) Find the classes and determine whether each class is transient or ergodic. Determine whether each ergodic class is aperiodic or periodic (in which case determine its period). (e) Reorder the states and rewrite the transition matrix so...
4. Consider the matrix [1 0 01 A- 1 0 2-1and the vector b2 (a) Construct the augmented matrix [Alb] and use elementary row operations to trans- form it to reduced row echelon form. (b) Find a basis for the column space of A. (c) Express the vectors v4 and vs, which are column vectors of column 4 and 5 of A, as linear combinations of the vectors in the basis found in (b) (d) Find a basis for the...
3 2 0 3. Compute the product 0 01-1 0 013 4. If the matrix A from the previous problem represents a linear transformation T, determine: (a.) Is the mapping onto (b.) Is the mapping one to one (c.) Is the mapping homomorphic (d.) Is the mapping isomorphic (e.) What is the range space? The rank? (f) What is the null space? The nullity? (g.) Does this transformation preserve magnitude? 5. (a.) What is AT, the transpose of the matrix...
could u help me for this one?? 14. For it is given that 1-2 is an invertible matrix such that 1 0 01 AQ A-2 0 0 0 1 0] Let A ((1. 2,0), (0,0, D), (0,0, 0)). Find a basis B of R3 such that the m transition from B to A is matrix of 10 01 D2-0 1 0 and an invertible P such that PAQ D2. (Hint: See the proof of Theorem 3.46.) 15. For each matrix...
can I have the answer for (a)? thank u!! 14. For it is given that 1-2 is an invertible matrix such that 1 0 01 AQ A-2 0 0 0 1 0] Let A ((1. 2,0), (0,0, D), (0,0, 0)). Find a basis B of R3 such that the m transition from B to A is matrix of 10 01 D2-0 1 0 and an invertible P such that PAQ D2. (Hint: See the proof of Theorem 3.46.) 15. For...
Exercise 1. (a) Find the inverse of the matrix 0 0 1/2 A= 01/ 31 1/5 1 0 (b) Let N be a nxn matrix with N2 = 0. Show (I. - N)-1 = IA+N. (Hint: Use the definition of the inverse.)
Note that for the following question you should use technology to do the matrix calculations. Consider a graph with the following adjacency matrix: 0100 0 1 110011 0 01 0 11 00 0 11 1 01 1 10 0 Assuming the nodes are labelled 1,2,3,4,5,6 in the same order as the rows and columns, answer the folllowing questions: (a) How many walks of length 2 are there from node 4 to itself? (b) How many walks of length 3 are...
ſi 4 01 Compute the inverse of the matrix A = 1 5 0 7 1 1
2. Consider the matrix 11 2 4 0 0 -1 1 7 0 0 0 6 10 007) Is this matrix diagonalizable? Explain why or why not. 3. Consider the matrix /1 a b 5 0 1 C 3 A = 0 0 1 2 0 0 0 2 For which values of a, b, c E R is A diagonalizable? Justify your answer.
hele please 2. Will the 14 -1 01 (e) Let A = -1 4 -1, b E R3. The eigenvalues of A are 4, 4 0-14 Jacobi iteration converge to a solution of Ax=b? Explain. (f) Consider the 2 x 2 nonlinear system of equations for x = 0, y): cy=1 =y What are the two solutions of this system of equations? What is the set of all starting points for which Newton's method will immediately fail?