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ICSE ICSE Class 8 - CISCE Question Bank Solutions

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Find the volume of wood required to make a closed box of external dimensions 80 cm, 75 cm, and 60 cm, the thickness of walls of the box being 2 cm throughout.

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined

A closed box measures 66 cm, 36 cm and 21 cm from outside. If its walls are made of metal-sheet, 0.5 cm thick; find :
(i) the capacity of the box ;
(ii) the volume of metal-sheet and
(iii) weight of the box, if 1 cm3 of metal weighs 3.6 gm.

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined

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Find the area of metal-sheet required to make an open tank of length = 10 m, breadth = 7.5 m and depth = 3.8 m.

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined

A tank 30 m long, 24 m wide, and 4.5 m deep is to be made. It is open from the top. Find the cost of iron-sheet required, at the rate of ₹ 65 per m2, to make the tank.

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined

The internal length, breadth, and height of a closed box are 1 m, 80 cm, and 25 cm. respectively. If its sides are made of 2.5 cm thick wood; find :
(i) the capacity of the box
(ii) the volume of wood used to make the box.

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined

The capacity of a rectangular tank is 5.2 m3 and the area of its base is 2.6 x 104 cm2; find its height (depth).

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined

If all the angles of a hexagon are equal, find the measure of each angle.

[4.1] Understanding Shapes
Chapter: [4.1] Understanding Shapes
Concept: undefined >> undefined

If all the angles of a 14-sided figure are equal ; find the measure of each angle.

[4.1] Understanding Shapes
Chapter: [4.1] Understanding Shapes
Concept: undefined >> undefined

Find the sum of exterior angle obtained on producing, in order, the side of a polygon with: 7 sides

[4.1] Understanding Shapes
Chapter: [4.1] Understanding Shapes
Concept: undefined >> undefined

Find the sum of exterior angle obtained on producing, in order, the side of a polygon with : 10 sides

[4.1] Understanding Shapes
Chapter: [4.1] Understanding Shapes
Concept: undefined >> undefined

Find the sum of exterior angle obtained on producing, in order, the side of a polygon with: 250 sides

[4.1] Understanding Shapes
Chapter: [4.1] Understanding Shapes
Concept: undefined >> undefined

The sides of a hexagon are produced in order. If the measures of exterior angles so obtained are (6x – 1)°, (10x + 2)°, (8x + 2)° (9x – 3)°, (5x + 4)° and (12x + 6)° ; find each exterior angle.

[4.1] Understanding Shapes
Chapter: [4.1] Understanding Shapes
Concept: undefined >> undefined

In the polynomial, given below, separate the like terms:

3xy, − 4yx2, 2xy2, 2.5x2y, −8yx, −3.2y2x and x2y

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

In the polynomial, given below, separate the like terms :

y2z3, xy2z3, −5x2yz, −4y2z3, −8xz3y2, 3x2yz and 2z3y2

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

In rhombus ABCD;
(i) if ∠A = 74° ; find ∠B and ∠C.
(ii) if AD = 7.5 cm ; find BC and CD.

[4.2] Special Types of Quadrilaterals
Chapter: [4.2] Special Types of Quadrilaterals
Concept: undefined >> undefined

ABCD is a rhombus. If ∠BAC = 38°, find :
(i) ∠ACB
(ii) ∠DAC
(iii) ∠ADC.

[4.2] Special Types of Quadrilaterals
Chapter: [4.2] Special Types of Quadrilaterals
Concept: undefined >> undefined

ABCD is a rhombus. If ∠BCA = 35°. find ∠ADC.

[4.2] Special Types of Quadrilaterals
Chapter: [4.2] Special Types of Quadrilaterals
Concept: undefined >> undefined

The given figure shows a rhombus ABCD in which angle BCD = 80°. Find angles x and y.

[4.2] Special Types of Quadrilaterals
Chapter: [4.2] Special Types of Quadrilaterals
Concept: undefined >> undefined

A cube of edge 6 cm and a cuboid with dimensions 4 cm x x cm x 15 cm are equal in volume. Find:
(i) the value of x.
(ii) the total surface area of the cuboid.
(iii) the total surface area of the cube.
(iv) which of these two has a greater surface and by how much?

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined

The height of a rectangular solid is 5 times its width and its length is 8 times its height. If the volume of the wall is 102.4 cm3, find its length.

[5.2] Surface Area, Volume and Capacity
Chapter: [5.2] Surface Area, Volume and Capacity
Concept: undefined >> undefined
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