A hemispherical bowl of internal diameter 36 cm contains a liquid.this liquid is to be filled in cylindrical bottles of radius 3 cm and height 6cm.how many bottles are required to empty the bowl?
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Since, Volume of hemisphere = 2/3×π×r3
Given, Diameter = 36 cm , Radius = 36 / 2 = 18 cm
Volume = 2/3 × 22/7 ×18 × 18 × 18
=)256608 / 21
=)12219.42857 cm3
Volume of Cylinder Bottle = πr2h
Given, Radius = 3 cm and height = 6 cm
Volume = 22/7 × 3×3× 6
Volume = 1188/7
Volume = 169.714 cm3
Bottles Required =)
Volume of hemispherical bowl / Volume of Cylindrical bottle
Bottles Required = 12219.42857/ 169.714
Hence, No. of Bottles required = 72.
Hope it Helps..
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Since, Volume of hemisphere = 2/3×π×r3
Given, Diameter = 36 cm , Radius = 36 / 2 = 18 cm
Volume = 2/3 × 22/7 ×18 × 18 × 18
=)256608 / 21
=)12219.42857 cm3
Volume of Cylinder Bottle = πr2h
Given, Radius = 3 cm and height = 6 cm
Volume = 22/7 × 3×3× 6
Volume = 1188/7
Volume = 169.714 cm3
Bottles Required =)
Volume of hemispherical bowl / Volume of Cylindrical bottle
Bottles Required = 12219.42857/ 169.714
Hence, No. of Bottles required = 72.
Hope it Helps..
Mark as Brainliest
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