A soft drink (mostly water) flows in a pipe at a beverage plant with a mass flow rate that would fill 220 0.355 - L cans per minute. At point 2 in the pipe, the gauge pressure is 152kPa and the cross-sectional area is 8.00cm^2. At point 1, 1.35m above point 2, the cross-sectional area is 2.00cm^2. 1. Find the mass flow rate. 2. Find the volume flow rate.

A soft drink (mostly water) flows in a pipe at a beverage plant with a mass flow rate that would fill 220 cans each with 0.355 L in 1 minute. At point 2 in the pipe, the gauge pressure is 152 kPa and the cross-sectional area is 8.00 cm2. At point 1, 1.35 m above point 2, the cross sectional area is 2.00 cm². Find the mass flow rate, volume flow rate and flow speeds at point 1 and 2. What is the gauge pressure at point 1?

volume flow rate and (b) the A M ra. The pressure difference between the two regions is 7.90 x10 Pa. What are (a) the A liquid of density B40 kg/m flows through a horizontal pipe that has a cross-sectional area of 2.90x 10 m in region A and a cross sectional area of 9.30 x 10 12. (a) Number Units Units

The entrance opening of a horizontal pipe has a radius of 6 cm and water is flowing at .35 m/s. The pressure at opening is 18.5 n/m2 and changes to 23.0 N/m2 at the exit. What is the area of the exit opening?

1. A capillary tube of inside diameter d=6mm connects tank A and open container B as shown in Fig.2. The liquid in A,B and capillary CD is water having a specific weight y=9780 N/m³ and a viscosity of μ=0.0008N s/m². The pressure PA-34.5 kPa gage. Neglecting the minor losses at C and D, determine the flow rate Q through the capillary tube. Assume laminar flow from A to B and use h=32μLV/yd² for the friction loss, where V is the water velocity through the capillary tube. (2) Container B 1.4 m Datum 1-4.3 m 45° D (1) Air Tank A Im 200151816

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A horizontal tube with an inside diameter of 1.5 mm and a length of 29 cm has water flowing through it at 0.25 mL/s. Find the pressure difference required to drive this flow if the viscosity of water is 1 mPa · s. Assume laminar flow. Answer in units of kPa.

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If liquid enters a horizontal conduit with circular cross-sectional radius of 2 m at 8 m/a and exists the conduit a short distance later after the cross-sectional radius has increased to 2.5 m, what is the density of the fluid if the pressure is 11,000 Pa greater at the exit?

What is the average flow rate in cm^3/s of gasoline to the engine of a car traveling at 100 km/h if it averages 12.0 km/L?