Asked by Ana
A student collects oxygen gas by water displacement at a temperature of 17 Celsius. A barometer reads 92.3 kPa. What is the pressure of the water vapor? Look it up on a water vapor pressure chart. What is the pressure of the oxygen gas? (Answer: ~14.0 mmHg for water, 678.3 mmHg for oxygen)
Answers
Answered by
Olereb48
TTL Pressure = 92.3KPa = (692mmHg)* = P(O2) + P(HOH)
From reference: P(HOH)=14mm @ 17d-Celcius
Therefore P(O2) = P(TTL) - P(HOH) = (692mmHg) - (14mmHg) = 678mmHg.
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*P(TTL) = 92.3KPa x (1000Pa/KPa) x (1Atm/101,325Pa) x (760mm/Atm) = 692mmHg Total Pressure
From reference: P(HOH)=14mm @ 17d-Celcius
Therefore P(O2) = P(TTL) - P(HOH) = (692mmHg) - (14mmHg) = 678mmHg.
______________
*P(TTL) = 92.3KPa x (1000Pa/KPa) x (1Atm/101,325Pa) x (760mm/Atm) = 692mmHg Total Pressure
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