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Gases

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Total cards: 24•Content version: v3•Public deck•Updated: 8/1/2026

Card preview (24)

#1
Front (Question)

Gas molecules have no definite ___ or ___, are widely ___ and can be easily ____. They are in ___, constant motion

Back (Answer)

size, shape, separated, compressed, random

#2
Front (Question)

Atoms which exist in pairs due to unstable nature, and high reaction as a single atom

Back (Answer)

diatomic gases

#3
Front (Question)

Temperature is the measure of __ __ or movement of gas particles. Movement increase the ____ and, thus when collisions occurs, there is more energy or ___ transfer.

Back (Answer)

kinetic movement, velocity, heat

#4
Front (Question)

Gases do not have distinct ___, instead they take up the shape of the container.

Back (Answer)

volume

#5
Front (Question)

pressure is the ___ of the gas particles colliding with the __ of the container. An increase in _____ results in a decrease in pressure

Back (Answer)

force, colliding, area

#6
Front (Question)

When gas is confined to a container, an external force can compress that gas, and the volume ____. This results in more ____, and thus more ____.

Back (Answer)

decrease, collision, pressure

#7
Front (Question)

When the gas is expanded, the volume is ___, __ collisions, and __ pressure

Back (Answer)

increased, decreased, decreased

#8
Front (Question)

Expansion and compression of gasses is easy because there is a lot of ___ between the particles

Back (Answer)

space

#9
Front (Question)

Boyle’s law is given by the equation _____. It says that the pressure and volume are ___ ___ under constant temperature and ___.

Back (Answer)

P1V1=P2V2, inversely proportional, moles

#10
Front (Question)

Charles law is given by the equation ____. It says that the __- and ___ are directly proportional under constant pressure and moles

Back (Answer)

V1/T1=V2/T2, volume temperature

#11
Front (Question)

Avogadro’s law is given by _____. It says that __ and ___ are directly proportional under constant __ and pressure

Back (Answer)

V1/n1=V2/N2, volume, moles, temperature

#12
Front (Question)

Gay-Lussac’s law is given by ______. It says that pressure and ___ are directly proportional under constant __ and ___

Back (Answer)

Pi/T1=P2/T2, temperature, volume, moles

#13
Front (Question)

The combined gas law is given by

Back (Answer)

PiV1/T2n1 = P2V2/n2T2

#14
Front (Question)

An ideal gas behaves in __, __ and ___ motion, according to the kinetic molecular theory of gases

Back (Answer)

constant, random, straight-line

#15
Front (Question)

The kinetic molecular theory gasses states that particles in a gas are in constant, ____ motion, the combined __ of the particles is negligible, the particles exert no ___ on one another, the gas molecule collisions are completely ___, meaning there are no ___ ___ between the gases, and all gases have the same __ ___ __ at a given temperature.

Back (Answer)

random, volume, forces, elastic, intermolecular forces, average kinetic energy

#16
Front (Question)

At ___K the volume of a gas is 0

Back (Answer)

0

#17
Front (Question)

Gases behave most ideally at __ __, because the gases are far apart, meaning there are less _____ ___, and interactions. It also behaves most ideally at __ ___, as the gas are __ __ and thus there is an decrease in intermolecular forces

Back (Answer)

low pressure, intermolecular forces, high temperature, moving faster

#18
Front (Question)

The ideal gas law is given by

Back (Answer)

PV=nRT

#19
Front (Question)

Standard temperature is ____ and pressure is _____ for an ideal gas. 1 mole of a gas at STP is ___L

Back (Answer)

273, 1 atm, 22.4

#20
Front (Question)

In a mixture of gasses, the pressure created by one molecule is ___ of one another

Back (Answer)

independent

#21
Front (Question)

Dalton’s law of partial pressure says that the total pressure of the mixture is equal to the sum of the __ __ of individual gases. The partial pressure of one gas is given by the ____

Back (Answer)

partial pressures, moles of gas 1/total moles x total pressure

#22
Front (Question)

The mass of a gas occupying a certain volume

Back (Answer)

gas density

#23
Front (Question)

The gas density is given by _______

Back (Answer)

PMw/RT

#24
Front (Question)

when molecules move from high to low concentration

Back (Answer)

diffusion