Find General Statement of Matrix Binomials & Test Validity with LS/RS Check

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In summary, the conversation discusses finding the general statement for expressing Mn in terms of aX and bY. It is mentioned that M equals A plus B, and that M2 equals A2 plus B2. Two matrices, X and Y, are also given. The conversation also mentions testing the validity of the general statement by using different values and expanding (A+B)^n. The conversation concludes with discussing the terms that can be eliminated and how to simplify the remaining terms.
  • #1
flutterfly
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Matrix binomials...please help!

Find the general statement that express Mn in terms of aX and bY if:
A = aX and B = bY
[tex]
M = \begin{pmatrix} a+b & a-b \\a-b & a+b \end{pmatrix}
[/tex]
M = A + B
M2 = A2 + B2
[tex]
X = \begin{pmatrix} 1 & 1 \\1 & 1 \end{pmatrix}
[/tex]
[tex]
Y = \begin{pmatrix} 1 & -1 \\-1 & 1 \end{pmatrix}
[/tex]

How would i do this question:... is it a matter of LS and RS check?
Test the validity of your general statement by using different values of a, b, and n?
 
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  • #2


i don't understand your question - note the following tex to help write a matrix
[tex] A = \begin{pmatrix} a & b \\c & d \end{pmatrix} [/tex]
 
  • #3


What are XY and YX? If you expand (A+B)^n what terms can you eliminate? How can you simplify the remaining terms?
 

1. What is a general statement of matrix binomials?

A general statement of matrix binomials is a mathematical statement that represents a polynomial expression involving matrices. It is a concise way of expressing a complex polynomial equation by using matrices as variables.

2. How do you find the general statement of matrix binomials?

The general statement of matrix binomials can be found by first representing the polynomial expression in terms of matrices, then simplifying the expression to its most basic form. This will result in a statement that includes matrices and their respective coefficients.

3. What is validity testing with LS/RS check?

Validity testing with LS/RS check is a method used to determine if a statement or equation is valid. It involves substituting values for the variables in the statement and checking if the resulting equation is true for all values. LS/RS stands for left side and right side, referring to the two sides of the equation.

4. How do you test the validity of a general statement of matrix binomials?

The validity of a general statement of matrix binomials can be tested by performing the LS/RS check method. Substitute values for the matrices in the statement and check if the resulting equation holds true for all values. If it does, then the statement is considered valid.

5. Why is it important to test the validity of a general statement of matrix binomials?

Testing the validity of a general statement of matrix binomials is important because it ensures the accuracy and reliability of the statement. By checking if the statement holds true for all values, we can be confident that it is a valid representation of the polynomial expression and can be used in further calculations and applications.

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