Water is flowing through a pipe that has a constriction opening into a region with a wider cross-sectional area. If the pipe regions are cylindrical with radii of 0.16 m and 0.33 m, respectively, and the water is moving with a speed of 1.65 m/s in the wider section, what is the speed of the water in the constricted section? m/s

Water flows horizontally from a tube with diameter = 2.80 cm into a narrower tube with diameter = 1.60 cm. The pressure difference between the two tubes is 7.50 kPa. Which statement is true? Select one: a. flow speed is greater in the 2.8 cm tube, and pressure is greater in the 2.8 cm tube cross out b. flow speed is greater in the 2.8 cm tube, and pressure is greater in the 1.6 cm tube cross out c. flow speed is greater in the 1.6 cm tube, and pressure is greater in the 2.8 cm tube cross out d. flow speed is greater in the 1.6 cm tube, and pressure is greater in the 1.6 cm tube cross out

5. A large container, 118 cm deep is filled with water. If a small hole is punched in its side 89.0 cm from the top, at what initial speed will the water flow from the hole? m/s ceil6 ceil cci16 ceil6 c

A cylindrical container of water has a  13.0-cm  diameter and the water level is 50.0cm from the bottom.  If there is a small  hole at the bottom of the container, with what speed does the water exit the hole? Please give your numerical answer in m/s with two decimal places.

A liquid is flowing through a 75.8 squared pipe. The pipe is then reduced to 16.5cm squared and the speed of the liquid is measured to be 17.5m/s. What was the speed of the liquid in the larger pipe?

A horizontal pipe has a diameter of 1.10 cm at the narrow portion and 4.50 cm at the wide part. Water is flowing in the pipe, and the height difference between the mercury columns in the U-shaped tube is 6.88 cm. Note: density of water = 1.00 x 103 kg/m3, density of mercury = 13.6 x 103 kg/m3. a) Find the water flow speeds at the wide and the narrow portions, b) What is the volume flow rate at the narrow portion?

The water pipe shown in the figure has at its intake a cross sectional area of 0.74 m² and a water flow speed of 0.4 m/s. The outlet of the pipe has a smaller cross-sectional area and a water flow speed of 9.5 m/s. The intake is at a distance D= 180 m above the outlet. D Pw 10 kg/m³: g-9.8 m/s² Question 9: The cross-sectional area of the outlet is A. 17.575 m² B. 0.031 m² C. 0.057m² D. None of the above A B C D Option O O O Question 10: The pressure difference Poutlet-Piniet is A. 1718955 Pa B. 1764000 Pa C. 45045 Pa A B Option O O Intake P Outlet D. None of the above C D O

If it takes 2.15 min to fill a 23.0 L bucket with water flowing from a garden hose of diameter 3.10 cm, determine the speed at which water is traveling through the hose. If a nozzle with a diameter two-fifths the diameter of the hose is attached to the hose, determine the speed of the water leaving the nozzle.

2. Water flows through a fire hose of diameter 6.35 cm at a rate of 0.012 m³/s. The fire hose ends in a nozzle of inner diameter 2.20 cm. What is the speed with which the water exits the nozzle?

Glycerin flows through a 6.0 cm diameter pipe at 0.98 m/s.  What is the fluid’s speed in a 3.5 cm diameter pipe that connects with it, both pipes are flowing full.