Class 11PhysicsFluid Mechanics and Surface TensionBernoulli's Theorem and Applications of Bernoulli's Theory
MediumWrite the limitations of Bernoulli's equation.
(N/A) The limitations of Bernoulli's equation are as follows:
$1$. The equation is valid only for incompressible fluids,meaning the density of the fluid remains constant.
$2$. It assumes the flow is steady,which means the velocity,pressure,and density at any point do not change with time.
$3$. It is applicable only to non-viscous (ideal) fluids,where internal friction or viscosity is neglected.
$4$. It assumes the flow is irrotational,meaning there is no net angular velocity of the fluid particles.
$5$. It does not account for energy loss due to friction or turbulence during the flow.
$1$. The equation is valid only for incompressible fluids,meaning the density of the fluid remains constant.
$2$. It assumes the flow is steady,which means the velocity,pressure,and density at any point do not change with time.
$3$. It is applicable only to non-viscous (ideal) fluids,where internal friction or viscosity is neglected.
$4$. It assumes the flow is irrotational,meaning there is no net angular velocity of the fluid particles.
$5$. It does not account for energy loss due to friction or turbulence during the flow.
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