What is the pressure in the fluid just below the plate

Reference no: EM13316817

A block sits on a plate that in turn rests on the surface of a fluid as shown in the figure below. The plate is partially submerged in the fluid, its area is .39 m^2, and there is air at atmospheric pressure Patm above the block and liquid. If the mass of the block and plate together is 13 kg, what is the pressure P in the fluid just below the plate? Express your answer as P-Patm.

Reference no: EM13316817

Questions Cloud

Determine the mass of b to maximize the impulse applied : To apply shock loading to an artillery shell, a 20-kg pendulum A is released from a known hight and strikes impactor B at a known velocity Vo. inpactor B then strikes the 1-kg artillery shell C.

Write c# program that declares variable to represent length : Please complete the following Programming Exercises listed in your book. All programs must be done according to these Programming Principles (properly formatted and commented). (If you want to see an example of a simple program, please see this Sa..

Find the resulting kinetic energy and speed of the block : A spring has of constant k=1200 N/m is compressed by 8.0cm. A 2.5kg block is placed against the compressed spring. find the resulting kinetic energy and speed of the block

One-dimensional vlasov equation : Show that the one-dimensional Vlasov equation and show that the off-diagonal terms of the pressure tensor

What is the pressure in the fluid just below the plate : A block sits on a plate that in turn rests on the surface of a fluid, what is the pressure P in the fluid just below the plate

Find the density of the liquid : A 4.3-kg solid sphere, made of metal whose density is 4700 kg/m3, is suspended by a cord. Find the density of the liquid

Determine maximum compression of spring mounted on car : The 30-Mg freight car A and 15-Mg freight car B are moving toward each other with the velocities VA= 20 km/h to the right and VB= 10 km/h to the left. the spring constant on car A is k= 3MN/m.

What will your speed be at the bottom of the hill : You notice you are running low on gas in your 1200kg car, and you are hoping you have enough gas to reach the bottom of the hill. what will your speed be at the bottom of the hill

Determine what is kinetic energy of the object at the time : A 6.22-kg object passes through the origin at time t = 0 such that its x component of velocity is 5.45 m/s and its y component of velocity is -2.88 m/s. (a) What is the kinetic energy of the object at this time

User Account

All Pages