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Chapters
1: Goods and Services Tax (G.S.T.)
2: Banking
3: Shares and Dividends
UNIT 2: ALGEBRA
4: Linear Inequations
5: Quadratic Equation
6: Problems on Quadratic Equations
7: Ratio and Proportion
Chapter 8: Remainder Theorem and Factor Theorem
▶ 9: Matrices
Chapter 10: Arithmetic Progression
Chapter 11: Geometric Progression
12: Reflection
Chapter 13: Section and Mid-point Formulae
Chapter 14: Equation of a Straight Line
UNIT 3: GEOMETRY
Chapter 15: Similarity (As a Size Transformation)
Chapter 16: Similarity of Triangles
17: Loci
Chapter 18: Angle and Cyclic Properties of a Circle
Chapter 19: Tangent Properties of Circles
20: Constructions
UNIT 4: MENSURATION
Chapter 21: Volume and Surface Area of Solids (Cylinder, Cone and Sphere)
UNIT 5: TRIGONOMETRY
Chapter 22: Trigonometrical Identities
Chapter 23: Heights and Distances
UNIT 6: STATISTICS
Chapter 24: Graphical Representation of Statistical Data
Chapter 25: Measures of Central Tendency (Mean)
Chapter 26: Median, Quartiles and Mode
UNIT 7: PROBABILITY
Chapter 27: Probability
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Solutions for Chapter 9: Matrices
Below listed, you can find solutions for Chapter 9 of CISCE R.S. Aggarwal for Mathematics [English] Class 10 ICSE.
R.S. Aggarwal solutions for Mathematics [English] Class 10 ICSE 9 Matrices Determine the following
Given `[(2, 1),(-3, 4)] "X" = [(7),(6)]`.
the order of the matrix X.
Given `[(2, 1),(-3, 4)] "X" = [(7),(6)]`.
the matrix X.
If A = `[(3, 5),(4,- 2)]` and B = `[(2),(4)]`, is the product AB possible ? Given a reason. If yes, find AB.
Find the value of p and q if:
`[(2p + 1 , q^2 - 2),(6 , 0)] = [(p + 3, 3q - 4),(5q - q^2, 0)]`.
Given A = `[(p , 0),(0, 2)], "B" = [(0 , -q), (1, 0)], "C" = [(2, -2),(2, 2)]` and BA = C2.
Find the values of p and q.
Find x, y if `[(-2, 0),(3, 1)] [(-1),(2x)] +3[(-2),(1)] = 2[(y),(3)]`.
If A = `[(2, 4),(3, 2)]` and B = `[(1, 3),(-2, 5)]`
find AB,
If A = `[(2, 4),(3, 2)]` and B = `[(1, 3),(-2, 5)]`
find BA.
Find x and y, if
`[(-3, 2),(0, -5)] [(x),(2)] = [(-5), (y)]`
Given that A = `[(3, 0),(0, 4)]` and B = `[(a, b),(0, c)]` and that AB = A + B, find the values of a, b and c.
Find X and Y, if
`[(2x, x),(y , 3y)][(3),(2)] = [(16),(9)]`
`[(2sin 30° ,- 2 cos 60°),(- cot 45° , sin 90°)]`
`[(tan 45° , sec 60°),("cosec" 30° , cos 0°)]`
Find the value of x given that A2 = B
A = `[(2, 12),(0 , 1)]` B = `[(4, x),(0, 1)]`
Find x and y if
`[( x , 3x),(y , 4y)][(2),(1)] = [(5),(12)]`.
Find x and y, if `((x,3x),(y, 4y))((2),(1)) = ((5),(12))`.
Find x and y if:
`((-3, 2),(0 , 5)) ((x),(y)) = ((-5),(y))`
Construct a 2 x 2 matrix whose elements aij are given by
aij = 2i - j
Construct a 2 x 2 matrix whose elements aij are given by `((i + 2j)^2)/(2)`.
Given
`"A" = [(2 , -6),(2, 0)] "B" = [(-3, 2),(4, 0)], "C" = [(4, 0),(0, 2)]`
Find the martix X such that A + 2X = 2B + C.
Find matrices X and Y, if
X + Y = `[(5, 2),(0, 9)]` and X - Y = `[(3 , 6),(0, -1)]`
If A = `[(3 , 1),(-1 , 2)]` and I = `[(1 , 0),(0, 1)]`
find A2 - 5A + 7 I.
If A = `[(9 , 1),(7 , 8)]` , B = `[(1 , 5),(7 , 12)]`
find matrix C such that 5A + 5B + 2C is a null matrix.
Find x and y, if `[(3, -2),(-1, 4)][(2x),(1)] + 2[(-4),(5)] = 4[(2),(y)]`
If A = `[(1 , 0),(-1 ,7)]` and I = `[(1 , 0),(0 ,1)]`, then find k so that A2 = 8A + kI.
A = `[(3 , 1),(-1 , 2)]`, show that A2 - 5A + 7 I2 = 0.
If A = `[(3 , 1),(-1 , 2)]` and B =`[(7),(0)]`, find matrix C if AC = B.
If X = `[(4 , 1),(-1 , 2)]`, show that 6X - X2 = 9I, where I is unit matrix.
Evaluate x,y if
`[(3 , -2),(-1 , 4)][(2x),(1)]+2[(-4),(5)] = [(8),(4y)]`
Given A = `[(1, 1),(8, 3)]` evaluate A2 − 4A.
Let A = `[(2, 1),(0, -2)]`, B = `[(4, 1),(-3, -2)]` and C = `[(-3, 2),(-1, 4)]`. Find A2 + AC – 5B.
Find the 2 x 2 matrix X which satisfies the equation.
`[(3, 7),(2, 4)][(0 , 2),(5 , 3)] + 2"X" = [(1 , -5),(-4 , 6)]`
If A = `[(9 , 1),(5 , 3)]` and B = `[(1 , 5),(7 , -11)]`, find matrix X such that 3A + 5B - 2X = 0.
Let `"A" = [(4 , -2),(6 , -3)], "B" = [(0 , 2),(1 , -1)] and "C" = [(-2 , 3),(1 , -1)]`. Find A2 - A + BC
Let A = `[(1, 0),(2, 1)]`, B = `[(2, 3),(-1, 0)]`, Find A2 + AB + B2.
R.S. Aggarwal solutions for Mathematics [English] Class 10 ICSE 9 Matrices Prove the Following
If `"A" = [(a , b),(c , d)] and "I" = [(1 , 0),(0 , 1)]` show that A2 - (a + d) A = (bc - ad) I.
If `"A" = [(1 , 2),(-2 , 3)], "B" = [(2 , 1),(2 , 3)] "C" = [(-3 , 1),(2 , 0)]` verify that
(AB)C = A(BC),
If `"A" = [(1 , 2),(-2 , 3)], "B" = [(2 , 1),(2 , 3)] "C" = [(-3 , 1),(2 , 0)]` verify that
A(B + C) = AB + AC.
If `"A" = [(3 , 1),(2 , 1)] and "B" = [(1 , -2),(5 , 3)]`, then show that (A - B)2 ≠ A2 - 2AB + B2.
Solutions for 9: Matrices
![R.S. Aggarwal solutions for Mathematics [English] Class 10 ICSE chapter 9 - Matrices R.S. Aggarwal solutions for Mathematics [English] Class 10 ICSE chapter 9 - Matrices - Shaalaa.com](/images/mathematics-english-class-10-icse_6:af235bdb1c1648d185f85c25aa96a7cd.jpg)
R.S. Aggarwal solutions for Mathematics [English] Class 10 ICSE chapter 9 - Matrices
Shaalaa.com has the CISCE Mathematics Mathematics [English] Class 10 ICSE CISCE solutions in a manner that help students grasp basic concepts better and faster. The detailed, step-by-step solutions will help you understand the concepts better and clarify any confusion. R.S. Aggarwal solutions for Mathematics Mathematics [English] Class 10 ICSE CISCE 9 (Matrices) include all questions with answers and detailed explanations. This will clear students' doubts about questions and improve their application skills while preparing for board exams.
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Concepts covered in Mathematics [English] Class 10 ICSE chapter 9 Matrices are Concept of Matrices, Types of Matrices, Equality of Matrices, Compatibility of Matrices, Transpose of a Matrix, Operations on Matrices> Addition and Subtraction of Matrices, Operations on Matrices> Matrix Multiplication, Operations on Matrices>Scalar Multiplication, Concept of Matrices, Types of Matrices, Equality of Matrices, Compatibility of Matrices, Transpose of a Matrix, Operations on Matrices> Addition and Subtraction of Matrices, Operations on Matrices> Matrix Multiplication, Operations on Matrices>Scalar Multiplication.
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