2121 log p= A-: T, being p the vapour pressure in The vapour pressure of water can be given by: nHg and T in K. Assuming the normal boiling temperature of water is 100 °C, calculate the value of Vacuum has been created in a 10 L vessel, and 10 g water have been introduced. We will assume at vapour is an ideal gas, and the density of liquid water is 1 g/cm3 at any temperature. Calculate the ass of water in liquid phase at 50 °C: a) Assuming the volume of the liquid is very small and erefore we can ignore it; b) considering the volume occupied by the liquid water. esults:. A = 8.564; a) 9.105 g ; b) almost the same!
2121 log p= A-: T, being p the vapour pressure in The vapour pressure of water can be given by: nHg and T in K. Assuming the normal boiling temperature of water is 100 °C, calculate the value of Vacuum has been created in a 10 L vessel, and 10 g water have been introduced. We will assume at vapour is an ideal gas, and the density of liquid water is 1 g/cm3 at any temperature. Calculate the ass of water in liquid phase at 50 °C: a) Assuming the volume of the liquid is very small and erefore we can ignore it; b) considering the volume occupied by the liquid water. esults:. A = 8.564; a) 9.105 g ; b) almost the same!
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The vapour pressure of water can be given by: , being p the vapour pressure in mmHg and T in K. Assuming the normal boiling temperature of water is 100 ºC, calculate the value of
A. Vacuum has been created in a 10 L vessel, and 10 g water have been introduced. We will assume that vapour is an ideal gas, and the density of liquid water is 1 g/cm3 at any temperature. Calculate the mass of water in liquid phase at 50 ºC: a) Assuming the volume of the liquid is very small and therefore we can ignore it; b) considering the volume occupied by the liquid water.
Results:. A = 8.564; a) 9.105 g ; b) almost the same!
Transcribed Image Text:2121
log p= A-
T, being p the vapour pressure in
The vapour pressure of water can be given by:
mHg and T in K. Assuming the normal boiling temperature of water is 100 °C, calculate the value of
Vacuum has been created in a 10 L vessel, and 10 g water have been introduced. We will assume
at vapour is an ideal gas, and the density of liquid water is 1 g/cm³ at any temperature. Calculate the
ass of water in liquid phase at 50 °C: a) Assuming the volume of the liquid is very small and
erefore we can ignore it; b) considering the volume occupied by the liquid water.
esults:. A = 8.564; a) 9.105 g ; b) almost the same!
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