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ICSE ICSE Class 8 - CISCE Question Bank Solutions

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7×34 divisible by 9?

[1.5] Playing with Numbers
Chapter: [1.5] Playing with Numbers
Concept: undefined >> undefined

5 × 555 a multiple of 9?

[1.5] Playing with Numbers
Chapter: [1.5] Playing with Numbers
Concept: undefined >> undefined

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Multiply: 6x3 − 5x + 10 by 4 − 3x2

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Multiply: 2y − 4y3 + 6y5 by y2 + y − 3

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Multiply:

5p2 + 25pq + 4q2 by 2p2 − 2pq +3q2

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Simplify : (7x – 8) (3x + 2)

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Simplify : (px – q) (px + q)

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Simplify: (5a + 5b – c) (2b – 3c)

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Simplify :  (4x – 5y) (5x – 4y)

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Simplify : (3y + 4z) (3y – 4z) + (2y + 7z) (y + z)

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

The adjacent sides of a rectangle are x2 – 4xy + 7y2 and x3 – 5xy2. Find its area.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

The base and the altitude of a triangle are (3x – 4y) and (6x + 5y) respectively. Find its area.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Multiply -4xy3 and 6x2y and verify your result for x = 2 and y= 1.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Find the value of (3x3) × (-5xy2) × (2x2yz3) for x = 1, y = 2 and z = 3.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Evaluate (3x4y2) (2x2y3) for x = 1 and y = 2.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Evaluate (x5) × (3x2) × (-2x) for x = 1.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

If x = 2 and y = 1; find the value of (−4x2y3) × (−5x2y5).

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Evaluate: (3x – 2)(x + 5) for x = 2.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Evaluate: (2x – 5y)(2x + 3y) for x = 2 and y = 3.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined

Evaluate: xz (x2 + y2) for x = 2, y = 1 and z= 1.

[3.1] Algebraic Expressions
Chapter: [3.1] Algebraic Expressions
Concept: undefined >> undefined
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