For the `L`-shaped vessel shown in the figure, determine the value of acceleration a so that pressure at point `A` becomes equal to `p_(0)/2`? (`p_(0)` is the atmospheric pressure)

In the figure shown the velocity and pressure of the liquid at the cross section (2) are given by (If P_(0) is the atmospheric pressure).

In the figure shown the velocity and pressure of the liquid at the cross section (2) are given by (If P_(0) is the atmospheric pressure).

Figure shows a siphon. Choose the wrong statement. ( p_(0) = atmospheric pressure)

Figure shows a siphon. Choose the wrong statement. ( p_(0) = atmospheric pressure)

Figure shows an L -shaped tube tilled with a liquid to a height H . What should be the horizontal acceleration a of the tube so that the pressure at the point A becomes atmospheric.

Figure shows an L -shaped tube tilled with a liquid to a height H . What should be the horizontal acceleration a of the tube so that the pressure at the point A becomes atmospheric.

if a vessel containing a fluid of density rho upto height h is accelerated vertically downwards with acceleration a_0 then the pressure by fluid at the bottom of vessel is ( P_0 to atmospheric pressure)

A cubical closed vessel of side 5m filled with a liquid is accelerated with an acceleration a. Find the value of a so that pressure at mid point M of AC is equal to pressure at N . .

A cubical closed vessel of side 5m filled with a liquid is accelerated with an acceleration a. Find the value of a so that pressure at mid point M of AC is equal to pressure at N . .

The air tight and smooth piston of a cylindrical vessel are connected with a string as shown. Initially pressure and temperature of the gas are P_(0) and T_(0) . The atmospheric pressure is also P_(0) . At a later time, tension in the string is (3)/(8) P_(0)A where A is the cross-sectional are of the cylinder. at this time, the temperature of the gas has become.