Math, asked by alishamahmood006, 10 months ago

A tank in the shape of a cylinder of diameter 2.4m and height 6.4m contains oil to the brim. Find the number of complete cylindrical containers of base radius 8.2cm and height 28cm which can be filled by the oil in the tank.

Answers

Answered by AYUSHTIWARI116
2

Step-by-step explanation:

volume of the cylindrical portion of the tank= ttr²h

=22/7 * (21/2)2 * 18cm3 = 174636/ 28 m3

= 6237m3

volume of 2 conical ends

=2 (1/3 ttr2h) =2/3 ttr2h =2/3 * 22/7 * (21/2)2 * 9m3

=174636 / 84 m3 =2079m3

therefore, capacity of the tank= 6237m3 + 2079m3= 8316m³=83160000

thus, capacity of the tank= 8316m³

Answered by kulkarninishant346
0

Answer:

Step-by-step explanation:

Volume of the cylindrical portion of the tank= TTr2h

=22/7 * (21/2)2 * 18cm3 = 174636/ 28 cm3

= 6237cm3

Volume of 2 conical ends

=2 (1/3 TTr2h) =2/3 TTr2h =2/3 * 22/7 * (21/2)2 * 9cm3

=174636 / 84 cm3 =2079cm3

Therefore, capacity of the tank= 6237cm3 + 2079cm3= 8316cm3

Thus, capacity of the tank= 8316cm3

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