A siphon having 50 mm diameter draws Oil with γoil = 8.03 kN/m3 from a tank....

A siphon having 50 mm diameter draws Oil with γoil = 8.03 kN/m3 from a tank. Calculate the discharge and pressure at point B, assuming that head loss from section A to section B is 1.50 m, and section B to section C is 2.40 m. End of the pipe is open to the atmosphere.

Expert Solution

Ally Wells answered 9 months ago

A 1-mm diameter sphere (density=7900 kg/m3) is dropped into a tank of oil (density=900 kg/m3). The...

A 1-mm diameter sphere (density=7900 kg/m3) is dropped into a tank of oil (density=900 kg/m3). The sphere develops a terminal speed of 0.25 cm/s, what is the oil's viscosity? You may assume a small Reynolds number. Show your work.

The mean diameter of the square threaded screw having pitch of 10 mm is 50 mm....

The mean diameter of the square threaded screw having pitch of 10 mm is 50 mm. A load of 20 kN is lifted through a distance of 170 mm. Find the work done in lifting the load and the efficiency of the screw, when 1. The load rotates with the screw, and 2. The load rests on the loose head which does not rotate with the screw. The external and internal diameter of the bearing surface of the loose head...

A siphon consisting of a pipe of 15cm diameter is used to empty kerosene oil (s...

A siphon consisting of a pipe of 15cm diameter is used to empty kerosene oil (s = 0.8) from a tank A. The siphon discharges to the atmosphere at an elevation of 1m. the oil surface in the tank is at ana elevation of 4m. The centerline of the siphon pipe at its highest point C is at an elevation of 5.5m. The losses in the pipe are 0.5m up to the summit and 1.2m from the summit to the...

A 600 mm diameter pipe carrying 0.9 m3/s of oil (RD 0.85) has a 90o bend...

A 600 mm diameter pipe carrying 0.9 m3/s of oil (RD 0.85) has a 90o bend in the horizontal plane. The loss of head due to the bend is 1 metre of oil and the pressure at the start of the bend is 300kPa. Calculate the magnitude and angle of the resultant force exerted by the oil on the bend.

If each of the seven individuals pulls water in with a velocity of 3.0 mm per second through an incurrent siphon 1.0 mm in diameter

If each of the seven individuals pulls water in with a velocity of 3.0 mm per second through an incurrent siphon 1.0 mm in diameter, and the combined water from all seven individuals exits the shared excurrent siphon, which has a diameter of 1.5 mm, what is the velocity of the water as it leaves the excurrent siphon?

) A 50 mm-diameter propeller was installed in a 150 mm-diameter water pipe and the propeller...

) A 50 mm-diameter propeller was installed in a 150 mm-diameter water pipe and the propeller speed was measured for a range of water discharge in the pipe. The water had a density and dynamic viscosity of 1000 kg/m3 and 0.00112 Ns/m2 respectively. The measured results were as follows: Q (litres/s): 12 28 45 63 95 120 160 180 N (rps): 5 10 15 20 30 40 60 80 Plot the dependence of propeller coefficient against propeller Reynolds number. A...

A spherical storage tank contains oil. The tank has a diameter of 6 feet. You are...

A spherical storage tank contains oil. The tank has a diameter of 6 feet. You are asked to calculate the height at which an 8-foot-long dipstick would be wet with oil when immersed in the tank when it contains 6 ft3 of oil. The equation giving the height h of the liquid in the spherical tank for the given volume and radius is given by: f(h) = h3−9h2 + 3.8197 Use the secant method to find roots of equations to...

in an oil factory, a pipe (roughness = 0.85 mm & diameter 160 mm) carries a...

in an oil factory, a pipe (roughness = 0.85 mm & diameter 160 mm) carries a fluid (specific gravity of 0.95 & viscosity 0.0061 N.s/m2) at a rate of 109. L/s. Determine; a. Flow is laminar or turbulent b. Friction factor f using explicit equation of Laminar or turbulent flow (Haaland equation) c. The head loss d. The shear stress at the pipe wall e. Velocity 30mm from the centerline f. The behavior of pipe whether fully rough, transitional, or...

An electric wire having a diameter of 2.3 mm and covered with a plastic insulation of...

An electric wire having a diameter of 2.3 mm and covered with a plastic insulation of thickness 0.63 mm is exposed to air at 336 K and h= 32W/m2 K. It is assumed that the wire surface temperature is constant at 415 K and is not affected by the covering. Calculate the value of the critical radius. Calculate the heat loss per m of wire length with no insulation and heat loss with insulation being present. Data given: Plastic 0.4...

A small circular hole 6.00 mm in diameter is cut in the side of a large water tank

A small circular hole 6.00 mm in diameter is cut in the side of a large water tank, 14.0 m below the tank's water level. The top of the tank is open to the air. What is the speed of efflux? What is the volume discharged per unit time?

Question