Discussion :: Hydraulics
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The ratio of time for completely emptying the hemispherical tank and circular horizontal tank of equal radii both fitted with similar orifices at their bottoms is :
A.
\(\frac { n } { 3 } \)\( [\frac { (4/3RH1^3/2 -2/5H^3/2} {( 2R)^3/2-(2R-H1)^3/2 } ]\) |
B.
\(\frac { n } {2 } \)\( [\frac { (2/5RH1^3/2 -2/3H^3/2} {( 3R)^3/2-(2R-H1)^3/2 } ]\) |
C.
\(\frac { n } { 3 } \)\( [\frac { (4/3)RH1^3/2 +2/5H^5/2} {( R)^3/2-(2R+H)^3/2 } ]\) |
D.
n \( [\frac { (2/3)RH1^3/2 +2/5H^2/5} {( R)^3/4+(4R+H1)^3/2 } ]\) |
Answer : Option A
Explanation :
No answer description available for this question.
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