Find the volume of the cylinder if the circumference of the base of cylinder is 132 cm and height is 25 cm.
Question types
Surface Area and Volume question types
20 questions across 3 question groups — pick any mix to generate a Maths paper with step-by-step answer keys.
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Sample Questions
Surface Area and Volume questions
One sample from each question group in this chapter. Select any group above to see the full set with answer keys.
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How much water will a tank hold if the interior diameter of the tank is 1.6 m and its depth is 0.7 m ?
How much iron is needed to make a rod of length 90 cm and diameter 1.4 cm ?
Find the volume of the cylinder if height (h) and radius of the base (r) are as given below.
r = 5.6 cm, h = 5 cm
Find the volume of the cylinder if height (h) and radius of the base (r) are as given below.
r = 4.2 cm, h = 5 cm
For rain water harvesting a tank of length 10 m, breadth 6 m and depth 3 m is built. What is the capacity of the tank? How many litre of water can it hold?
Given: For a cuboidal tank,
Length (l) = 10 m, breadth (b) = 6 m, depth (h) = 3 m
To find: Capacity of the tank and litre of water tank can hold.
Given: For a cuboidal tank,
Length (l) = 10 m, breadth (b) = 6 m, depth (h) = 3 m
To find: Capacity of the tank and litre of water tank can hold.
How many bricks of length 25 cm , breadth 15 cm and height 10 cm are required to build a wall of length 6 m , height 2.5 m and breadth 0.5 m ?
Given: For the cuboidal shape brick:
$\text { length }\left(l_1\right)=25 cm$
$\text { breadth }\left(b_1\right)=15 cm$
$\text { height }\left(h_1\right)=10 cm$
For the cuboidal shape wall:
$\text { length }\left(I_2\right)=6 m \text {, }$
height $\left( h _2\right)=2.5 m$,
$\text { breadth }\left(b_2\right)=0.5 m$
To find: Number of bricks required
View full solution →Given: For the cuboidal shape brick:
$\text { length }\left(l_1\right)=25 cm$
$\text { breadth }\left(b_1\right)=15 cm$
$\text { height }\left(h_1\right)=10 cm$
For the cuboidal shape wall:
$\text { length }\left(I_2\right)=6 m \text {, }$
height $\left( h _2\right)=2.5 m$,
$\text { breadth }\left(b_2\right)=0.5 m$
To find: Number of bricks required
Leonard Euler, discovered an interesting formula regarding the faces, vertices and edges of solid figures.
Count and write the faces, vertices and edges of the following figures and complete the table. From the table verify Euler’s formula, F + V = E + 2.
Count and write the faces, vertices and edges of the following figures and complete the table. From the table verify Euler’s formula, F + V = E + 2.
Find the area of the sheet required to make a cylindrical container which is open at one side and whose diameter is 28 cm and height is 20 cm . Find the approximate area of the sheet required to make a lid of height 2 cm for this container.
Given: For cylindrical container:
diameter $( d )=28 cm$, height $\left( h _1\right)=20 cm$
For cylindrical lid: height $\left(h_2\right)=2 cm$
To find: i. Surface area of the cylinder with one side open
ii. Area of sheet required to made a lid
View full solution →Given: For cylindrical container:
diameter $( d )=28 cm$, height $\left( h _1\right)=20 cm$
For cylindrical lid: height $\left(h_2\right)=2 cm$
To find: i. Surface area of the cylinder with one side open
ii. Area of sheet required to made a lid
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