This problem set in fluid mechanics contains 5 problems involving calculations related to flow rates, velocities, pressures, and heights/deflections in systems involving air, liquids, and mixtures flowing through pipes, tanks, and other vessels. The key details provided are the initial conditions, system diagrams, and variables to be calculated for incompressible, steady, inviscid flow with no friction losses assumed.

1. FLUID MECHANICS
Problem Set:
1. A large tank as shown contains air, gasoline 3. Water is siphoned from a container as shown.
at (0.70), water and oil (0.82). If the Calculate the volume flow rate at point 2 and
pressure of air as shown in the gage is 130 the pressure at point A. (Assume no friction
kPa, calculate the velocity and mass flow rate losses at any point).
at point 1. (Assume no friction losses at any
point).
4. Water is flowing at 100 L/s through a
horizontal venturi meter as shown. Find the
2. For the water shooting upward through a pipe deflection, h of mercury in the differential
as shown, solve for the velocity at point B and manometer attached. (Assume no friction
the height of water will shoot. (Assume no losses at any point).
friction losses at any point).
5. If the velocity at point A is 25 meters per
second, compute for the velocity at point C
and the pressure at point B. (Assume no
friction losses at any point).