A hemispherical bowl of internal diameter 36 cm contains a liquid this is to be filled in cylindrical bottles of radius 3 cm and height 6 cm how many bottles are required to empty the tank
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![no \: of \: bottles \: = \: \binom{volume \: of \: hemisphere}{volume \: of \: bottle} no \: of \: bottles \: = \: \binom{volume \: of \: hemisphere}{volume \: of \: bottle}](https://tex.z-dn.net/?f=no+%5C%3A+of+%5C%3A+bottles+%5C%3A+%3D+%5C%3A+%5Cbinom%7Bvolume+%5C%3A+of+%5C%3A+hemisphere%7D%7Bvolume+%5C%3A+of+%5C%3A+bottle%7D+)
= (2/3πr^3)/(πr^2h)
= (2/3×22/7× 18×18×18)/(22/7×3×3×6)
= (12219)/(169)
= 72 bottles
please make me a brainlist answer for the question
= (2/3πr^3)/(πr^2h)
= (2/3×22/7× 18×18×18)/(22/7×3×3×6)
= (12219)/(169)
= 72 bottles
please make me a brainlist answer for the question
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