find the volume of the air that the shed can hold. If the industry requires machinery which would occupy a total space of 300 m^3

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Shanta runs an industry in a shed that was in the shape of a cuboid surmounted by half-cylinder. If the base of the shed is 7 m×15 m and height of the cuboidal portion is 8 m, find the volume of the air that the shed can hold. If the industry requires machinery which would occupy a total space of 300 m^3 , and there are 20 workers each of whom would occupy 0.08 m^3 space on an average, how much air would be in the shed when it is working. (Take π = 7/22)
06
Oct
Shanta runs an industry in a shed that was in the shape of a cuboid surmounted by half-cylinder. If the base of the shed is 7 m×15 m and height of the cuboidal portion is 8 m, find the volume of the air that the shed can hold. If the industry requires machinery which would [...]
Posted in: Chapter 13 - Surface Areas and Volumes , Maths , NCERT Class 10 ,
Tags: and there are 20 workers each of whom would occupy 0.08 m^3 space on an average , find the volume of the air that the shed can hold. If the industry requires machinery which would occupy a total space of 300 m^3 , how much air would be in the shed when it is working. (Take π = 7/22) , Shanta runs an industry in a shed that was in the shape of a cuboid surmounted by half-cylinder. If the base of the shed is 7 m×15 m and height of the cuboidal portion is 8 m ,