Find pressure at the forward and rear corners along bottom

Reference no: EM13321196

A closed box with horizontal base 6m x 6m and height of 2m is half-filled with water and is accelerated Ax=4.9 m/sec^2 and Ay=-2.4 m/sec. find the pressure at the forward and rear corners along the bottom.

Reference no: EM13321196

Questions Cloud

What is weighted differance in elevation between benchmarks : The results are Party 1, DE= 12.46 +/- 0.04ft, Party 2, DE= 12.43 +/- 0.03 ft, Party 3, DE= 12.50+/-0.06 ft. What is the weighted differance in elevation between the two benchmarks ( nearest 0.001 ft)

How high above the projection point does it reach : An object is thrown upwards with a speed of 14 m/s. How high above the projection point does it reach

Explain why you have categorized these principles or concept : How may you apply what you learned about supply and demand from the simulation to your workplace or your understanding of a real-world product with which you are familiar?

Explain the reaction that occurs during the haber process : Consider the reaction that occurs during the Haber process: The equilibrium constant is 3.9 x 10^5 at 300 K and 1.2x10^-1 at 500 K calculate delta H rxn and delta S rxn.

Find pressure at the forward and rear corners along bottom : A closed box with horizontal base 6m x 6m and height of 2m is half-filled with water and is accelerated Ax=4.9 m/sec^2 and Ay=-2.4 m/sec. find the pressure at the forward and rear corners along the bottom.

Depict structures of amines and classify each as 1 degree : Draw the structures of the following amines and classify each as 1 degree, 2 degree, 3 degree, or 4 degree amine. Include Hydrogen Atoms.

Determine the variation of jet are with elevation : A stream of liquid moving as low speed leaves a nozzle pointed directly downward. The velocity may be considered uniform across the nozzle exit and the effects of friction may be ignored.

Determine the maximum possible mass flow rate of air : Assume that the upstream pressure is 60 psi and that the flow is isothermal at 68F, determine the maximum possible mass flow rate of air for which the assumption of incompressible flow is a vaild engineering approximation.

Determine at a steady state the inlet and exit velocities : Air at 400 kPa, 270 Kelvin, enters a well-insulated, horizontal pipe having a diameter of 2cm and exits at 90kPa, 200 Kelvin. Ideal gas model for air, determine at a steady state The inlet and exit velocities, in m/s

User Account

All Pages