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A hemispherical bowl of internal diameter 30 cm is full of a liquid. This liquid is filled into cylindrical-shaped bottles each of diameter 5 cm and height 6 cm. How many bottles are required?

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Question

A hemispherical bowl of internal diameter 30 cm is full of a liquid. This liquid is filled into cylindrical-shaped bottles each of diameter 5 cm and height 6 cm. How many bottles are required?

Sum
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Solution

Radius of hemispherical ball `=30/2= 15  "cm"`

Volume of hemispherical bowl `=2/3pi"r"^3`

`=(2/3xx15xx15xx15)"cm"^3`

Radius of each `=5/2 "cm"`

Height of each bottle = 6 cm

`= "Volume of each bottle" = πr^2h`

`=(pixx5/2xx5/2xx6)"cm"^3`

`=(2xxpixx15xx15xx2)/(3xxpixx5xx5xx6)`

= 60

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Chapter 17: Volumes and Surface Areas of Solids - TEST YOURSELF [Page 849]

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R.S. Aggarwal Mathematics [English] Class 10
Chapter 17 Volumes and Surface Areas of Solids
TEST YOURSELF | Q 6. | Page 849
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