Fundamentals Of Thermodynamics
10th Edition
ISBN: 9781119494966
Author: Borgnakke, C. (claus), Sonntag, Richard Edwin, Author.
Publisher: Wiley,
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Textbook Question
Chapter 1, Problem 1.49P
An exploration submarine should be able to descend
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answer number 1 asapp
Round off at the final answer only!
As illustrated, the semicircular gate AB is utilized to store
kerosene. In meters, how far is the center of pressure from A?
Kerosene
SG= 0.82
5 m
3 m
A
B
-P
Gate:
Side view
Consider the sealed containers (same fluid and on the same ground level) below with heights given in ? and ? values.Provided that ? = 2?, answer the following items. (refer to a.jpg)
What container has the greatest pressure at the point indicated?
Which point experiences the least pressure?
Suppose the bottom pressure is evaluated, what container experiences the second highest pressure?
Chapter 1 Solutions
Fundamentals Of Thermodynamics
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- A manometer using oil (density 0.900 g/cm3) as a fluid is connected to an air tank. Suddenly the pressure in the tank increases by 7.61 mmHg. Density of mercury is 13.6 g/cm3. By how much does the fluid level rise in the side of the manometer that is open to the atmosphere? ? cmarrow_forwardQ2/A rectangular plate of AB 1.2 meter by 5-meter size is immersed in water. The plane of the plate is inclined at 45° with free water surface and the end of plate at(B) a depth of 5 meters from water surface. Find the total pressure on the plate and the position of center of pressure.arrow_forwardif the pressure at a point in the ocean is 60 kpa, what is the pressure 27 meters below this point? (sg = 1.03)arrow_forward
- A weatherman carried an aneroid barometer from the groundfloor to his office atop a tower. On the ground level, thebarometer read 30.150 in Hg absolute; topside it read 28.607 in hgabsolute. Assume that the average atmospheric air density was 0.075lb/ft3, estimate the height of the building. The answer on the book is 1455ft. Please help, this is anintroductory exercise for us.arrow_forwardThe gauge pressure in a pipe is measured by a manometer containing mercury (density 0f 13,600 kg/m^3). The top of the mercury is open to the atmosphere and the atmospheric pressure is 100 Kpa. If the mercuty column height is 24 cm, the gage pressure in the pipe in kPa is (WITH FREE BODY DIAGRAM)arrow_forwardConsider the sealed containers (same fluid and on the same ground level) below with heights given in ? and ? values.Provided that ? = 2?, answer the following items. (refer to a.jpg) If ? = 2 in, and the density of the fluid is 60 lbm/ft3, what is the pressure at point B in psia? (round off four decimal places on the final answer only)arrow_forward
- 2) The tank in the figure shown has a 4-cm diamter plug which will pop out if the hydrostatic force on it reaches 30N. Use Unit Weight of water = 9790 N/m? a) What will be the maximum value of H? b) What will be the reading "h" on the mercury(sg=13.6) manometer? Water H 50° 4-cm dia.plug h 3 сmarrow_forwardopposite figure shows a manometer and gauge attached to the bottom of kerosene tank (s.g. 0.82). If the gauge reading is 15 kPa, determine in mms the height z of mercury in the manometer.arrow_forwardQ2/A rectangular plate of AB 1.2 meter by 5-meter size is immersed in water. The plane of the plate is inclined at 45° with free water surface and the end of plate at(B) a depth of 5 meters from water surface. Find the total pressure on the plate and the position of center of pressure. Free water surface ha he Hinge G C Fig. 3.33 1.2 m 5marrow_forward
- answer number 4 asappparrow_forwardA barometer reads 760 mmHg and a pressure gage attached to a tank reads 850 cm of oil (sp.gr. = 0.80). What is the absolute pressure in the tank in kPa?arrow_forwardQ2/A rectangular plate of AB 1.2 meter by 5-meter size is immersed in water. The plane of the plate is inclined at 45° with free water surface and the end of plate at(B) a depth of 5 meters from water surface. Find the total pressure on the plate and the position of center of pressure. Free water surface ho hp 5 m Hinge. 1.2 m 5m Fig. 3.33 G Carrow_forward
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