Discover how to improve your maths grades with our high-quality, easy-to-understand maths textbook solutions. Our solutions are packed with information to ensure you get the best out of your studying Here is the solution for Exercise 3.3 Chapter 3 Matrices of NCERT plus two maths. Here we have given a detailed explanation of each and every exercise so that students can understand the concepts easily without any difficulty. The solution to each and every question is provided here so you can solve them by yourself if you don’t get the answer here.
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Board | SCERT, Kerala |
Text Book | NCERT Based |
Class | Plus Two |
Subject | Math's Textbook Solution |
Chapter | Chapter 3 |
Exercise | Ex 3.3 |
Chapter Name | Matrices |
Category | Plus Two Kerala |
Kerala Syllabus Plus Two Math's Textbook Solution Chapter 3 Matrices Exercises 3.3
Chapter 3 Matrices Solution
Chapter 3 Matrices Exercise 3.3
Find and, when
The given matrix is
Find the transpose of each of the following matrices:
(i) (ii) (iii)
(i) (ii) (iii)
If and, then verify that
(i)
(ii)
We have:
(i)
(ii)
If and, then verify that
(i)
(ii)
(i) It is known that
Therefore, we have:
(ii)
If and, then find
We know that
For the matrices A and B, verify that (AB)′ = where
(i)
(ii)
(i)
(ii)
If (i) , then verify that
(ii) , then verify that
(i)
(ii)
(i) Show that the matrix is a symmetric matrix
(ii) Show that the matrix is a skew symmetric matrix.
(i) Transpose of a matrix is equal to original matrix,then it is symmetric.
Hence, A is a symmetric matrix.
(ii) If it is equal to negetive,then it is skew symmetric matrix. Diagonal elements of this matrix are zero.
Hence, A is a skew-symmetric matrix.
For the matrix, verify that
(i) is a symmetric matrix
(ii) is a skew symmetric matrix
(i)
Hence, is a symmetric matrix.
(ii)
Hence, is a skew-symmetric matrix.
Express the following matrices as the sum of a symmetric and a skew symmetric matrix:
(i)
(ii)
(iii)
(iv)
(i)
Thus, is a symmetric matrix.
Thus, is a skew-symmetric matrix.
Representing A as the sum of P and Q:
(ii)
Thus, is a symmetric matrix.
Thus, is a skew-symmetric matrix.
Representing A as the sum of P and Q:
(iii)
Thus, is a symmetric matrix.
Thus, is a skew-symmetric matrix.
Representing A as the sum of P and Q:
(iv)
Thus, is a symmetric matrix.
Thus, is a skew-symmetric matrix.
Representing A as the sum of P and Q:
If A, B are symmetric matrices of same order, then AB − BA is a
A. Skew symmetric matrix B. Symmetric matrix
C. Zero matrix D. Identity matrix
The correct answer is A.
A and B are symmetric matrices, therefore, we have:
Thus, (AB − BA) is a skew-symmetric matrix
If, then, if the value of α is
A. B.
C. π D.
The correct answer is B.
Comparing the corresponding elements of the two matrices, we have:
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Chapter 3: Matrices Exercise 3.3 Textbook Solution
Chapter 3: Matrices Exercise 3.3 Textbook Solution - Preview
Plus Two Math's Chapter Wise Textbook Solution PDF Download
- Chapter 1: Relations and Functions
- Chapter 2: Inverse Trigonometric Functions
- Chapter 3: Matrices
- Chapter 4: Determinants
- Chapter 5: Continuity and Differentiability
- Chapter 6: Application of Derivatives
- Chapter 7: Application of Integrals
- Chapter 8: Integrals
- Chapter 9: Differential Equations
- Chapter 10: Vector Algebra
- Chapter 11: Three Dimensional Geometry
- Chapter 12: Linear Programming
- Chapter 13: Probability
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