G10 Properties of Gases

Question 1

is a model used to describe the behavior of gases

Answer 1

Kinetic Molecular Theory of Gases

Question 2

explains how macroscopic properties, such as pressure and temperature, are related to the behavior of molecules

Answer 2

Kinetic Molecular Theory of Gases

Question 3

describes the three states of matter based on the motion of their atoms

Answer 3

kinetic molecular theory of matter

Question 4

is derived from the kinetic molecular theory of matter which describes the three states of matter based on the motion of their atoms

Answer 4

Kinetic Molecular Theory of Gases

Question 5

1st Assumption of the Kinetic Molecular Theory of Gases

Answer 5

Gases are composed of molecules that move in constant random motion.

Question 6

2nd Assumption of the Kinetic Molecular Theory of Gases

Answer 6

The molecules have no definite volume, but they have a definite mass.

Question 7

3rd Assumption of the Kinetic Molecular Theory of Gases

Answer 7

Each molecule moves in a straight line until it collides with another molecule or the walls of the container.

Question 8

4th Assumptions of the Kinetic Molecular Theory of Gases

Answer 8

The collision between the molecules is completely elastic.

Question 9

5th Assumption of the Kinetic Molecular Theory of Gases

Answer 9

There is no attractive force among the molecules or between the molecules and the wall of the container.

Question 10

6th Assumption of the Kinetic Molecular Theory of Gases

Answer 10

The average kinetic energy of the gas molecules depends only on the temperature of the gas.

Question 11

a gas that follows all the assumptions of the kinetic molecular theory

Answer 11

ideal gas

Question 12

has molecules that occupy space and interact with one another

Answer 12

real gas

Question 13

Unlike ideal gases, real gases cannot be compressed _.

Answer 13

indefinitely

Question 14

At low pressures, the gas molecules are far apart that the attractive force between them is negligible. Real gases behave as _

Answer 14

ideally

Question 15

At _ pressures, the gas molecules are far apart that the attractive force between them is negligible. Real gases behave as ideally.

Answer 15

low

Question 16

At low pressures, the gas molecules are _ _ that the attractive force between them is negligible. Real gases behave as ideally.

Answer 16

far apart

Question 17

At high temperatures, the gas molecules have higher average kinetic energy. They move faster and expand. As a result, they are far apart from one another, making the attractive force between them negligible. At high temperatures, real gases behave _.

Answer 17

ideally

Question 18

At _ temperatures, the gas molecules have higher average kinetic energy. They move faster and expand. As a result, they are far apart from one another, making the attractive force between them negligible. At high temperatures, real gases behave ideally.

Answer 18

high

Question 19

At high temperatures, the gas molecules have higher average kinetic energy. They move faster and expand. As a result, they are _ _ from one another, making the attractive force between them negligible. At high temperatures, real gases behave ideally.

Answer 19

far apart

Question 20

equation of kinetic energy

Answer 20

KE=m(v^2)/2

Question 21

measurement of kinetic energy

Answer 21

Joules

Question 22

measurement of mass

Answer 22

kilograms

Question 23

measurement of velocity

Answer 23

meters per second squared

Question 24

average of all the kinetic energies of the gas molecules

Answer 24

Average Kinetic Energy

Question 25

equation for average kinetic energy

Answer 25

KEaverage=(3k"b"T)/2

Question 26

measurement of temperature

Answer 26

Kelvin

Question 27

what is kb

Answer 27

Boltzmann constant

Question 28

value of Boltzmann constant

Answer 28

1.38064852 x 10^-23 J/K

Question 29

The absolute temperature of a gas is _ related to the velocity of its particles. When the temperature of the gas increases, the velocity of the particles increases as well.

Answer 29

directly

Question 30

The particles carry more energy when heated, and consequently _ and_ a greater volume.

Answer 30

expands and occupy

Question 31

defined as the amount of space that matter occupies

Answer 31

Volume

Question 32

One of the assumptions of the kinetic molecular theory of gases states that ideal gas molecules have very small volume compared with their container. Hence, ideal gases can be compressed _.

Answer 32

indefinitely

Question 33

Starting with a large volume, gases gradually compress to a smaller volume. At a certain smaller volume, large molecules will already stop behaving like an ideal gas, but smaller molecules may continue to behave like ideal gas in the same volume.

Question 34

Gases also tend to expand to fill the entire container. If you move a gaseous substance from a smaller container to a larger container, it will quickly expand to fill the larger container.