Which of the following is the largest volumetric flowrate? A)98 gal per hour b)77 centiliters per minute c)7 cubic inches per second d)0.9 cubic foot per minute
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Which of the following is the largest volumetric flowrate?
A)98 gal per hour
b)77 centiliters per minute
c)7 cubic inches per second
d)0.9 cubic foot per minute
To compare the flowrate we will covert them into single unit m3/s.
98 gal/hr
77 cL/min
7 in3/s
0.9 ft3/min
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- A volumetric tank 1.20 m in diameter and 1.50 m high was filled with oil in 16 minutes and 32.4 seconds. What is the average discharge? a. 100.5 L/min b. 102.5 L/min c. 103.6 L/min d. 108.7 L/minA flow meter reads 23532 gal on June 1 and 6040872 gal on July 1. What is the average daily flow in gallons per day? (30 days = 1 month)Calculate length of the pipe required to bring down the concentration of chlorine from 6x105 CFU/L to the permissible value of 2500 CFU/L. It is given that the velocity of flow through the pipe is 0.7 m/s and the rate constant is 0.25.
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- How many lb/sec of carbon dioxide are flowing through a 6” pipe when the pressure is 25.0 psi gage, the temperature 80°F, and the average velocity 8.00 ft/sec?A rectangular tank, 7.99 ft. in length, 7.85 ft. in width, and 8.84 ft. in height, has water to a depth of 7.5 ft. If the tank is accelerated 26.02 ft/s2 along its length, determine the amount of volume spilled (ft3).Most of you may have seen water towers in and around small towns. The function of a water tower is to create a desirable municipal water pressure for household and other usage in a town. To achieve this purpose, water is stored in large quantities in elevated tanks. You may also have noticed that sometimes the water towers are placed on top of hills or at high points in a town. The municipal water pressure may vary from town to town, but it generally falls somewhere between 350 kPa and 550 kPa. We are interested in developing a table that shows the relationship between the height of water aboveground in the water tower and the water pressure in a pipeline located at the base of the water tower, as shown . We will calculate the water pressure in a pipe located at the base of the water tower as we vary the height of water in increments of 3 m. We will create a table showing our results up to 1 MPa. And using the height—pressure table, we will answer the question, “What should be the…