The vapor pressure (in mmHg) of acetic acid at 20C is approx. 26.
Vapor pressure of water at 30.9 dgCelsius is 4471 Pa ( or 0.04413 atm or 455.9 kgf/m^2 )
757.2 mmHg is almost atmospheric pressure (P = 760 mmHg) and therefore the vapour pressure is very close to the normal boiling point.According to the boiling temperature is T = 353.14 K = 79.99 °C at P = 757.2 mmHg.
The approximate vapor pressure of water at 50°C is around 92.5 mmHg.
The total pressure is the sum of the partial pressure of nitrogen and the vapor pressure of water. Therefore, the partial pressure of nitrogen is the total pressure minus the vapor pressure of water. Given that the total pressure is not provided in the question, we need more information to calculate the partial pressure of nitrogen.
The vapor pressure of propanone (acetone) at 45 degrees Celsius is approximately 365 mmHg according to reference table h.
Vapor pressure of water at 30.9 dgCelsius is 4471 Pa ( or 0.04413 atm or 455.9 kgf/m^2 )
The vapor pressure of CH3OOH (methoxy) at 20 degrees Celsius is approximately 19.26 mmHg.
The vapor pressure of PCl3 at 298K is approximately 52.8 mmHg.
The vapor pressure of water at 21.5°C is approximately 19.8 mmHg. This value represents the pressure exerted by water vapor when in equilibrium with liquid water at that temperature.
The vapor pressure of water at 65 degrees Celsius is approximately 170.4 mmHg.
757.2 mmHg is almost atmospheric pressure (P = 760 mmHg) and therefore the vapour pressure is very close to the normal boiling point.According to the boiling temperature is T = 353.14 K = 79.99 °C at P = 757.2 mmHg.
The approximate vapor pressure of water at 50°C is around 92.5 mmHg.
The total pressure is the sum of the partial pressure of nitrogen and the vapor pressure of water. Therefore, the partial pressure of nitrogen is the total pressure minus the vapor pressure of water. Given that the total pressure is not provided in the question, we need more information to calculate the partial pressure of nitrogen.
Vapor pressure of water at 10 0C is less than that at 50 0C because, like gas pressure, as temperature rises, the kinetic energy of particles increases, thus increasing pressure. So the pressure of water vapor at 50 0C has more vapor pressure than at 10 0C.
== Vapor Pressure Of Ethanol== According to Shuzo Ohe's conmputation program it's 102.65 mmHg.
Depends on temperature. For ASTM D323 the RVP of water is ~49.5 mmHg (torr) gauge or ~809 mmHg absolute (assuming standard pressure). FYI - ASTM D323 is measured at 100F.
To determine the vapor pressure of the solution, you need to calculate the mole fraction of LiF first, then use it to find the vapor pressure lowering using the formula: ΔP = X_solvent * P°. Lastly, subtract the ΔP from the vapor pressure of pure water (the given value of 55.0 mmHg) to find the vapor pressure of the solution.