4. Two pipes are connected to an open tank of water; pipe A and B have diameters of 8 in and 10 in, respectively. Water enters the bottom of the tank from pipe A at 9 fps, and the level in the tank is falling at a rate of 0.5 in/min. Assuming the tank has a cross section that is 8 ft x 12 ft, what is the velocity in pipe B? Is flow entering or leaving the tank from the pipe. Water @ 10° C Pipe A Pipe B

4. Two pipes are connected to an open tank of water; pipe A and B have diameters of 8 in and 10 in, respectively. Water enters the bottom of the tank from pipe A at 9 fps, and the level in the tank is falling at a rate of 0.5 in/min. Assuming the tank has a cross section that is 8 ft x 12 ft, what is the velocity in pipe B? Is flow entering or leaving the tank from the pipe. Water @ 10° C Pipe A Pipe B

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

q5
Water flows at a velocity of 10 m / s through a 90 mm radius pipe. a. Calculate and state what the flow regime is under these conditions. b. In order for the water flowing from the same pipe to be suitable for the transition regime and turbulent regime, the flow Calculate what / what the speed value range might be.
instant downvote for wrong answer
Water at 100 kPa flowing in a 10-cm-diameter pipe passes through a 2-cm-diameter flow nozzle equipped with a manometer across the nozzle. 10 cm 8 cm S = 10 12 cm S- 13 16.0 Determine the flow of water through the nozzle if coefficient of discharge is 0.7 a.) 1498 mL/s b.) 1433 mL/s c.) 4488 mL/s d.) 4539 mL/s e.)
Water flows through a one-inch diameter pipe at a velocity of 14.4 ft/s. The pipe divides into two 3/4-pipes. Find the flow rate in the two 3/4-inch pipes.
98.1 kPa EL 47 m EL 35 Butterfly 90° elbows 11. Water is designed to flow in a HDPE pipe of length 267 m as shown in the figure. The flow velocity is limited to 3.3 m/s. By using Darcy Weisbach and Hazen William's formula, determine the pipe diameter and the flow rate. (Ans.: DW: 158 mm, 64.7 liter/s; HW: 153 mm, 60.7 liter/s) Globe
A pipe system has a flow of 4.6 cfs. Section 1 has a diameter of 12” and Section 2 has a diameter of 10”. What is the velocity at each section? A. Section 1: 5.89 ft/sec Section 2: 9.2 ft/sec B. Section 1: 8.9 ft/sec Section 2: 6.0 ft/sec C. Section 1: 9.9 ft/sec Section 2: 9.9 ft/sec D. Section 1: 4.89 ft/sec Section 2: 6.58 ft/sec
Water flows at a rate of 17.0 e/s along a 100 mm diameter pipe AB, which branches at B into three pipes, BC and BD, which are 25 mm diameter and the third, BE which is 50mm diameter. If the flow rate in BE is 33% of BC, and the velocity of the water in BD is 5 m/s, find the discharges in each of the three branches.
An oil flow rate of 0.012 m³/s is required in an industrial process. The flow system includes a pressure tank pushing the oil through 200 m of new ductile iron pipe (DIP: 15 cm diameter, square-edged entrance) to point "2" (atmospheric pressure) as shown in Figure P3.11.11. The sur face of the fluid in the tank (point "1") is at elevation 100 m and the end of the pipe (point "2") is at elevation 106 m. What air pressure will be needed over the fluid to produce the requisite flow? (S.G. (oil) = 0.84, v 2.03 x 106 m²/s, and e = 0.00012 m.)
Two pipes 1 and 2 are connected in parallel. Pipes 1 and 2 have the same length and diameter. If the flow in pipe 1 is 680 L/s and the friction factor in pipe 2 is twice of the friction factor of pipe 1, determine the discharge of pipe 2. A) 530 L/s B 460 L/s c) 481 L/s No Answer among the choices E) 509 L/s
q7