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1. At temperature equal to 0 K, the volume of an ideal gas equal to zero. This is: 2. Calculate the pressure (in mmHg, density of Hg =13.6g/ml)) for a column of water( density of H20=1.0g/ml) that is 6.0 m high(1.0m-1000mm): 3. A gas occupies 41.0 ml at 20.0°C and 225 torr, calculate its volume (in ml) under STP:

1. At temperature equal to 0 K, the volume of an ideal gas equal to zero. This is: 2. Calculate the pressure (in mmHg, density of Hg =13.6g/ml)) for a column of water( density of H20=1.0g/ml) that is 6.0 m high(1.0m-1000mm): 3. A gas occupies 41.0 ml at 20.0°C and 225 torr, calculate its volume (in ml) under STP:

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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1. At temperature equal to 0 K, the volume of an ideal gas equal to zero. This is: 2. Calculate the pressure (in mmHg, density of Hg =13.6g/ml)) for a column of water( density of H2O=1.0g/ml) that is 6.0 m high(1.0m=1000mm): 3. A gas occupies 41.0 ml at 20.0°C and 225 torr, calculate its volume (in ml) under STP:
Transcribed Image Text:1. At temperature equal to 0 K, the volume of an ideal gas equal to zero. This is: 2. Calculate the pressure (in mmHg, density of Hg =13.6g/ml)) for a column of water( density of H2O=1.0g/ml) that is 6.0 m high(1.0m=1000mm): 3. A gas occupies 41.0 ml at 20.0°C and 225 torr, calculate its volume (in ml) under STP:
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