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A Hemispherical Bowl of Internal Diameter 30 Cm Contains Some Liquid. this Liquid is to Be Poured into Cylindrical Bottles of Diameter 5 Cm and Height 6 Cm Each. Find the Number of Bottles Required.

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Question

A hemispherical bowl of internal diameter 30 cm contains some liquid. This liquid is to be poured into cylindrical bottles of diameter 5 cm and height 6 cm each. Find the number of bottles required.

Sum
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Solution

Inner diameter of the bowl = 30 cm

Inner radius of the bowl `=(30  "cm")/2= 15 "cm"`

Volume of liquid `= 2/3pir^3 =2/3xxpixx15^3 "cm"^3`

Radius of each bottle = 2.5 cm

Height = 6 cm

Volume of each bottl `=pir^2h = pixx5/2xx5/2xx6=(75pi)/2   "cm"^3`

total number of bottles required `=[(2/3pixx15xx15xx15xx6)/((75pi)/2)]= (2pixx15xx15xx15xx2)/(3xx75pi) = 15xx14=60`

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Chapter 17: Volumes and Surface Areas of Solids - Exercise 19B [Page 898]

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R.S. Aggarwal Mathematics [English] Class 10
Chapter 17 Volumes and Surface Areas of Solids
Exercise 19B | Q 8 | Page 898
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