transfers hydraulic oil with a kinematic viscosity of 200 cSt through a 2-in. I.D. hose 100 ft. long to a bulldozer at a flow rate of 50 gal/min. What is the pressure drop between the service truck

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A car climbs through a slope of 30° in 5 seconds. If it starts at rest and after 10 m its velocity is 80 km/h. What is the power that the car has to develop? What is the force that produces this power and makes it possible for the car to climb and accelerate? Assume the car does not suffer any temperature change and that its mass is m = 450 kg. d = 10 m 0 - 30°

Nitrogen gas under a pressure pn = 15 psig is used for pumping kerosene at 25°C (density = 816 kg/m3, viscosity = 1.81 cP) through an elevation increase of 6 m. If there is an effective length of 45 m of nominal 2-in. schedule No. 40 pipe (commercial steel) between the two tanks, what is the flow rate of kerosene? Neglect exit kinetic-energy effects.

How many gal/hr of water at 68 deg F can be delivered through a 1320-ft length of smooth 6.00 in i.d. pipe under a pressure difference of 0.25 psi. Assume that the pipe is “hydraulically smooth”

Hi, I unfortunately cant see the full explanation, is there any way the writing could be condensed to show all of it on the screen?

12. Points A and B are 3000 ft apart along a 10-in. new steel pipe. B is 220 ft higher than A. With a flow of 3.2 efs of water from A to B, what pressure must be maintained at A if the pressure at B is to be 50 Ib per sq in.?   Answer should be: 164 lb per sq. inch Show your handwritten solution.

Fluid of specific gravity of 0.78 flows in a 127mm diameter pipe. Find the critical velocity in m/s. The absolute viscosity is 8.14x10^-2 Pa-s

8.17 Water at 60 °F flows at a rate of 4.0 gal/min through a 6-in. I.D. plastic pipe. The pipe is 500 ft long and rises a vertical height of 40 ft over the 500 ft. Find the pressure drop.