14 pts Moving to the nerve changes to the Question 1 1) State two limitations of piezometer compared to manometer when m

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14 pts Moving to the nerve changes to the Question 1 1) State two limitations of piezometer compared to manometer when m

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14 Pts Moving To The Nerve Changes To The Question 1 1 State Two Limitations Of Piezometer Compared To Manometer When M 1
14 Pts Moving To The Nerve Changes To The Question 1 1 State Two Limitations Of Piezometer Compared To Manometer When M 1 (23.47 KiB) Viewed 16 times
14 Pts Moving To The Nerve Changes To The Question 1 1 State Two Limitations Of Piezometer Compared To Manometer When M 2
14 Pts Moving To The Nerve Changes To The Question 1 1 State Two Limitations Of Piezometer Compared To Manometer When M 2 (28.95 KiB) Viewed 16 times
14 pts Moving to the nerve changes to the Question 1 1) State two limitations of piezometer compared to manometer when measuring suge pressures. I) Calculate the liquid height of a barometer when it measures atmospheric pressure of 105 Pa if the density of the liquid is 2000 kg/m2 II) Three liquids and air are in a closed container. The water is exposed to atmospheric pressure. A pierometer is connected to the bottom of the container and manometer (density of the manometric liquid is 7000 kg/m2) is connected to the bottom of the oil layer. The density of oil is 900 kgm Guge pressure of air ts sken Air Ow 0.15 m Water 0.6 m 2 m 0.5 m MacBook Pro
0.5 m w iii-a) Calculate the height of the oil layer. iii-b) Calculate the gage pressure at the bottom of the water layer. iii-e) Calculate the density of the liquid at the bottom of the container. iii-d) if the diameter of the container is 0.5 m, calculate the force on the bottom of the container, Density of water - 1000 kg/m3 Pagh For the toolbar, press ALT+F10 (PC) or ALT+IN+F10 (Mac). B IV. Paragraph HEE I X² X, ST The + 149 Arial 10pt А a 2 LX 田區出 13 38 59 88 P
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