1. What can happened when you put an empty test column up side down in a container with mercury? -tube height of mercury column ,mercury - reservoir 2. If the column is filled with mercury and quickly sit it up side down in the container -tube height of mercury column ,mercury - reservoir

1. What can happened when you put an empty test column up side down in a container with mercury? -tube height of mercury column ,mercury - reservoir 2. If the column is filled with mercury and quickly sit it up side down in the container -tube height of mercury column ,mercury - reservoir

Name: 1. What can happened when you put an empty test column up sidedown in
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: 1. What can happened when you put an empty test column up sidedown in a container with mercury?-tubeheight ofmercurycolumn,mercury- reservoir2. If the column is filled with mercury and quickly sit it up side down inthe container-tubeheight ofmercury

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

5. U-shaped manometer pressure gauge contains oil with a specific gravity of 0.95. A gas container is connected to one side of the pressure gauge and the other is in the atmosphere. The height of the oil connected to the atmosphere is 500mm higher than the height of the oil on the gas container side. What is the pressure of the gas in the container when the atmospheric pressure is 765mmHg? (However, gravity + 1 7 5 2 6 9.81m/s^ 2)
at the top and rotates about its vertical axis at 105 r/min. Before open rotation started the container was full. Calculate how much water will remain after the container has been brought to rest. (247 litre) 5. A closed cylindrical container with diameter 650 mm is rotated at 600 r/min about its vertical axis. Calculate the pressure that will develop with the cylinder when the container is completely filled with water. (208.5 kPa) 6. A A cylindrical completely filled with water. A paddle with diameter 200 mm rotates at the bottom of the container at a speed of 120 r/min. Calculate: container has internal diameter of 600 mm and an a. The tangential velocities of the water at radii of 75 mm and 225 mm respectively. b. The corresponding pressure heads at the above radii measured from at the bottom of the container. (0.942 m/s, 0.559 m/s, 45.2 mm, 145.1 mm) A compound vortex that has formed in a large water reservoir consists of a central forced vortex and a surrounding free vortex. The…
Q5: A U-shaped tube contains water, if it rotates around one of its arms at a speed of 100 rpm, what will be the difference between the fluid levels in the arms? 100 rpm 2 -0.5m h
With the manometer reading as shown in Fig. 2.33, calculate the difference of pressures in the two tubes A and B containing water. [Ans. 9.07 kPa] 1.65 m 80.25 m T 0.5,m & -Oil sp. gr. 0.9 Water-- Fig. 2.33. B
Problems 6. A differential manometer is connected at the two points A and B of two pipes as shown in figure. The Pipe A contains a liquid of sp.gr = 1.5 while pipe B contains a liquid of sp.gr as 0.9. The pressure at A and B are 1 kgf/cm² and 1.8 kgf/cm? respectively. Find the difference in mercury level in the differential manometer. Sp. gr.= 1.5 PA =1 kgf /cm Sp. gr.=0.9 3m 2.0 ml PB = 1.8 kgf /cm2 X. 19
2. Water at standard atmospheric pressure and temperature fills a sealed, rigid container. If the temperature of the water is increased by 50°C, what is the pressure? Assume that the coefficients of compressibility and thermal expansion are constant and take on the values given in the notes/text
Which of the following affects liquid pressure? Select one: mass and density depth and density weight and volume depth and volume
1. An automobile tire is inflated to 32 psig pressure at 50°F. After being driven the temperature rise to 75°F. Deter- mine the final gage pressure assuming the volume remains constant.
2. If 100 ft³ of atmospheric air at zero Fahrenheit tempera- ture are compressed to a volume of 1 ft at a temperature of 200°F, what will be the pressure of the air in psi?
Due to unavailability of mercury, a barometer was constructed using water in the closed column with a certain amount of oil on top to prevent the boiling of the water. For standard atmospheric pressure, what height of oil will be required and how high will the column of water be if the minimum pressure at the water-oil interface is to be 1 psia? Water density is 62.4 lb/ft³; specific gravity of oil is 0.8.