Hydroplaning is typically caused by which of the following conditions?

If a fluid apparatus demonstrating the $\mathrm{continuity}\mathrm{equation}$ is entirely submerged in water, would the width of the central peak in the velocity profile change, assuming the $\mathrm{flow}\mathrm{rate}$ remains constant?

Which property of a material most directly determines how it is carried by wind in the context of fluid flow and the continuity equation ($Av\rho =constant$)?

If water flows through a horizontal pipe with a speed of $4.0m/s$ at point 1 where the cross-sectional area is $0.020m^2$, what is the speed of the water at point 2 where the cross-sectional area is $0.010m^2$? Assume the flow is steady and incompressible.

In a particular application involving airflow, if the cross-sectional area of a pipe decreases while the flow is steady and incompressible, what happens to the speed of the air according to the continuity equation ($Av=\mathrm{constant}$)?

A pitot tube is used to measure which of the following quantities in a fluid flow?

When water is siphoned from a tank open to the atmosphere at the top, which principle best explains why the speed of water exiting the siphon at the lower end is greater than the speed at the surface of the tank?

When water flows through a horizontal pipe bend and discharges into the atmosphere, which of the following statements about the pressure at the exit ($p$, discharge point) is correct?