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What is the skeletal formula to find the T.S.A of the tank consisting of a circular cylinder with a hemisphere attached on either end?(a) 2πrh + 2(2πr^3)(b) 2πrh + 2(πr^2)(c) 2πrh + 2(\(\frac {2}{3}\)πr^2)(d) 2πrh + 2(2πr^2)The question was asked by my school principal while I was bunking the class.I need to ask this question from Surface Area and Volume of Combination of Solids in portion Surface Area and Volumes of Mathematics – Class 10

Answer»

Correct answer is (d) 2πrh + 2(2πr^2)

The best I can EXPLAIN: T.S.A of the TANK = C.S.A of the CYLINDER + 2(C.S.A of the hemisphere)

= 2πrh + 2(2πr^2)



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