$Assertion :$ The velocity of flow of a liquid is smaller when pressure is larger and vice-versa.
$Reason :$ According to Bernoulli’s theorem, for the stream line flow of an ideal liquid, the total energy per unit mass remains constant.
$Reason :$ According to Bernoulli’s theorem, for the stream line flow of an ideal liquid, the total energy per unit mass remains constant.
AIIMS 2013,AIIMS 2014Easy
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According to Bernoulli's theorem, for the stream line flow of an ideal liquid, the total energy per unit mass is constant.
That is $P+\frac{\rho v^{2}}{2}+\rho g h=C$
velocity of liquid depends on pressure as well as potential height available.
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