Find pressure and velocity of the water at bottom of hill

Reference no: EM13336396

Water starts moving at 10meters per second a the top of the hill at a pressure of 1 atm. It moves down a pipe and exits at the bottom. The change in height is 5 meters. If the radius of the pipe at the top is 0.1 meters and the radius of the pipe at the bottom is 0.3 meters, what is the pressure and velocity of the water at the bottom of the hill?

Reference no: EM13336396

Questions Cloud

Discuss the relationships and implementation differences : Discuss the relationships and implementation differences among: reference monitor concept, Trusted Computing Platform Architecture (TCPA), and Microsoft Next Generation Secure Computing Base (formerly known as Palladium project and partly implemen..

What is the wavelenght of this signal : Suppose your favorite FM radio station broadcasts at a frequency of 99.9 MHz. What is the wavelenght of this signal

Children and advertising : Children and advertising

Explain the group d2h has a c2 axis perpendicular : The group D2h has a C2 axis perpendicular to the principal axis and a horizontal mirror plane. show that the group must therefore have a center of inversion.

Find pressure and velocity of the water at bottom of hill : Water starts moving at 10meters per second a the top of the hill at a pressure of 1 atm. It moves down a pipe and exits at the bottom. find the pressure and velocity of the water at the bottom of the hill

In the petroleum and coal productions industry : In the petroleum and coal productions industry, the total purchase/sales ratio is 80 percent, while in the food industry it is about 60 percent. Explain what these numbers mean. Of what significance is this number for a supply manager in a comp..

Determine the density of the object : An object hanging in air, as in Figure A below, caused the scale to balance at 0.420 kg. When the object was submerged in water, what is the density of the object

Calculate how many turns does the winding have : An air-filled toroidal solenoid has a mean radius of 16.0cm and a cross-sectional area of 5.00cm2. How many turns does the winding have

Explain alphan and the resonance integral beta : Set up and solve the Huckel secular equations for the pi electrons of NO3-. Express the energies in terms of the coulomb integrals alphao and alphan and the resonance integral beta. Determine the delocalization energy of the ion.

User Account

All Pages