4. Based on the following graph G, compute the matrices M, M², M3, M4 and (M...
In need of help with the following question.a. How many walks of path length 3 are there from node 5 to node 1? b. How many walks are there from node 5 to node 1 of path length less than or equal to 3? c. Give a complete list of those walks in the previous question (b).
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...
I've identified (a). It's (b)—(g) that I'd really appreciate
help with.
Consider the graph U2 (a) Find the adjacency matrix A- A(G) (b) Compute A4 and useit to determine the number of walks from vi to 2 of length 4. List all of these walks (these will be ordered lists of 5 vertices) (c) What is the total number of closed walks of length 4? (d) Compute and factor the characteristic polynomial for A (e) Diagonalize A using our algorithm:...
3. In the circuit shown below, the differential pair (Mand M2) is biased with a current miror that consists of M3, M and Rref. The circuit parameters are: VDD-3 V, Rre/-15 ka, RD = 20 ka, and RL-40 kn. The transistors 25 M, and M, are identicalwith()M and M, are identical with (The oh M and M4 are identical with = ·The other transistor parameters are: indox-: 0.1 m1A/V2,VTN-0.5 V, γ-0 (body effect coefficient) and λ 0 (channel length modulation...
Energy is required to remove electrons from a metal atom, M. Order the following ionization energy values, Ein, from smallest to largest, a) M + Ei1 > M+ +e- b) M+ + Ei2 > M2+ + e-. c) M2+ + Ei3 > M3+ + e- d) M3+ + Ei4 > M4+ +e-
Based on the following adjacency list representation of a graph (where there are no weights assigned to the edges), in which order are the elements of this graph accessed during a BFS traversal starting at node A and DFS traversal starting at node E? A: B, C, D B: A, C, D C: A, B, D D: A, B, C, F E: F, G, H F: D, E, G G: E, F, H H: E, G When doing the traversal,...
Question 2: 2D Homogeneous Matrices [30 Marks] For each of the following homogenous matrices, write the decomposition into simple 2D transformations (translation, rotate, scale and shear). [6 Marks each] For example, the matrix M 10 0 0 1 Can be written as b) M2 0 0 d) M1 1 0 0.5 0.866 0 e) M 0.866 0.5 0
Question 2: 2D Homogeneous Matrices [30 Marks] For each of the following homogenous matrices, write the decomposition into simple 2D transformations (translation,...
This question concerns walks on the graph depicted in this diagramt First consider: walks of length 4 from a to d. (a) The total number of such walks is (Bluebit may save you some work.) b) The number of these that are paths is c) The number of these that are simple paths is Now consider: closed walks of length 4 from a (to a) Note that if efgh is a sequence of edges forming such a closed path, then...
Verify the following properties, using any distinct, invertible
A, B, 4×4 upper triangular matrices of your choice:
3. (0.5 marks each) Verify the following properties, using any distinct, invertible A, B, 4 x 4 upper triangular matrices of your choice: (a) The inverse of an upper triangular matrix is upper triangular; (b) (AB)- B-1A-1 (e) trace(AB) trace(BA); (d) det(AB) det (BA) example of matrices A, B such that det(AB) det(BA) (BONUS 1 mark) Give an
3. (0.5 marks each) Verify...