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English Medium कक्षा ९ - CBSE Question Bank Solutions for Mathematics

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Mathematics
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If each edge of a cube is increased by 50%, the percentage increase in its surface area is

[11] Surface Areas and Volumes
Chapter: [11] Surface Areas and Volumes
Concept: undefined >> undefined

If A1, A2, and A3 denote the areas of three adjacent faces of a cuboid, then its volume is

[11] Surface Areas and Volumes
Chapter: [11] Surface Areas and Volumes
Concept: undefined >> undefined

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If l is the length of a diagonal of a cube of volume V, then

[11] Surface Areas and Volumes
Chapter: [11] Surface Areas and Volumes
Concept: undefined >> undefined

If V is the volume of a cuboid of dimensions xyz and A is its surface area, then `A/V`

[11] Surface Areas and Volumes
Chapter: [11] Surface Areas and Volumes
Concept: undefined >> undefined

A cube whose volume is 1/8 cubic centimeter is placed on top of a cube whose volume is 1 cm3. The two cubes are then placed on top of a third cube whose volume is 8 cm3. The height of the stacked cubes is

[11] Surface Areas and Volumes
Chapter: [11] Surface Areas and Volumes
Concept: undefined >> undefined

Following expression is polynomial in one variable or not? State reason for your answer.

4x2 - 3x + 7

[2] Polynomials
Chapter: [2] Polynomials
Concept: undefined >> undefined

Write the coefficient of x2 in the following:-

`2+x^2+x`

[2] Polynomials
Chapter: [2] Polynomials
Concept: undefined >> undefined

Give one example each of a binomial of degree 35, and of a monomial of degree 100.

[2] Polynomials
Chapter: [2] Polynomials
Concept: undefined >> undefined

Write the degree of the following polynomial:-

5x3 + 4x2 + 7x

[2] Polynomials
Chapter: [2] Polynomials
Concept: undefined >> undefined

Classify the following as linear, quadratic and cubic polynomial:

x2 + x

[2] Polynomials
Chapter: [2] Polynomials
Concept: undefined >> undefined

Use suitable identity to find the following product:

(x + 4) (x + 10) 

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Use suitable identity to find the following product:

(x + 8) (x – 10)

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Use suitable identity to find the following product:

(3x + 4) (3x – 5)

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Use suitable identity to find the following product:

`(y^2+3/2)(y^2-3/2)`

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Use suitable identity to find the following product:

(3 – 2x) (3 + 2x)

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Evaluate the following product without multiplying directly:

103 × 107

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Evaluate the following product without multiplying directly:

95 × 96

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Evaluate the following product without multiplying directly:

104 × 96

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Factorise the following using appropriate identity:

9x2 + 6xy + y2 

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined

Factorise the following using appropriate identity:

4y2 – 4y + 1

[2.04] Algebraic Identities
Chapter: [2.04] Algebraic Identities
Concept: undefined >> undefined
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