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A 2m long tube closed at one end is lowered vertically into water until the closed end is flush with the water surface. See figure below. Calculate the water level height in the tube. (Barometric pressure – 1 atm = 10 m of hydrostatic water head, Temperature = 25oC, Density of water = 1.00 g/ml. Neglect water vapour pressure). A 2m long tube closed at one end is lowered vertically into water until the closed end is flush with the water surface. See figure below. Calculate the water level height in the tube. (Barometric pressure – 1 atm = 10 m of hydrostatic water head, Temperature = 25oC, Density of water = 1.00 g/ml. Neglect water vapour pressure).
PV = nRT V = . T Þ V = KT \ log P = log T + log K Linear dependence with positive slope At the Y-intercept P/t®0 and P®0 inplying P®0, under such conditions all gases show ideal behavior. you will get answer 0.29 metre
PV = nRT
V = . T Þ V = KT
\ log P = log T + log K
Linear dependence with positive slope
At the Y-intercept P/t®0 and P®0 inplying P®0, under such conditions all gases show ideal behavior.
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