For this assessment, you will develop an 8–14 slide PowerPoint presentation with thorough speaker's notes designed for a hypothetical in-service session related to the improvement plan you developed in Assessment 2.

[SOLVED] MAT350 4.10 MATLAB: Change of Coordinates

$ 145.00

MAT350 4.10 MATLAB: Change of Coordinates

In this activity you will find the change of coordinates matrix from one basis to another basis.

Consider these two ordered sets of vectors, each a basis for.

Each basis can be represented by a matrix whose columns are the vectors in the basis.

Order Now
Category:
Order This Paper

 MAT350 4.10 MATLAB: Change of Coordinates

 

In this activity you will find the change of coordinates matrix from one basis to another basis.

Consider these two ordered sets of vectors, each a basis for.

Each basis can be represented by a matrix whose columns are the vectors in the basis.

B = {[2 ] , [ -4]}    C = { [4 ] , [2 ] }

-4      -6              -1     3

To find the change of coordinates matrix from basis B to basis C, set up the augmented

matrix [C | B].

augCB = [C B]

Row reduce the augmented matrix to get [I | P_BtoC].

temp = rref(augCB)

The change of coordinates matrix from basis B to basis C is the matrix that appears to the right of the identity matrix in the augmented matrix.

P_BtoC = temp(:,3:4)

Utilize the following ordered sets of vectors, each which represents a basis for, for this activity.

1      

Note: Full answer to this question is available after purchase.
2       1                1       2       1

B = { [ 1 ] , [ 4 ] , [ 2 ] }   C = { [ -1 ] , [ 0 ] , [ 2 ] }

2       -1      1                1       1      -1

Store the ordered basis vectors for the set B in the matrix B.

B = [1, 2, 1; 1, 4, 2; 2, -1, 1]

Store the ordered basis vectors for the set C in the matrix C.

C = [1, 2, 1; -1, 0, 2; 1, 1, -1]

Store the augmented matrix [C | B] in tempCB.

tempCB = [C B]

disp(tempCB)

Row reduce the augmented matrix tempCB to get [I | P_BtoC].  Store the reduced matrix in temp_reduced.

temp_reduced = rref(tempCB)

disp(temp_reduced)

Store the change of coordinates matrix from basis B to basis C in P_BtoC.

P_BtoC = temp_reduced(:, 4:6);

disp(P_BtoC)

Related; MAT350 3.6 MATLAB: Cross Product. & MAT350 4.13 MATLAB: Rank and Null Space.

Order This Paper

Reviews

There are no reviews yet.

Be the first to review “[SOLVED] MAT350 4.10 MATLAB: Change of Coordinates”

Your email address will not be published. Required fields are marked *

Related products

error: Content is protected !!