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Avogadro's hypothesis says that
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
As a gas is compressed in a cylinder its pressure
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
According to the Kinetic Molecule Theory ideal gas particles themselves are said to
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
760 mm of Hg is equal to
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
The gas law that states the pressure of a gas is directly proportional to the temperature is
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
According to the Kinetic Molecule Theory ideal gas particles
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
A rigid container holds a gas at a pressure of 55 kPa and a temperature of -100 C. If you are asked to find the temperature if the pressure changes to 100kPa what law would you use to solve?
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
As a gas is compressed in a cylinder its volume
increases
decreases.
101.3 kPa and 1 atm
Gay Lusaac's Law.
exert no force on each other.
to have negligible volume compared to the total volume.
equal volumes of gases have equal numbers of particles.
Gay Lusaac's Law.
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