1/37
Looks like no tags are added yet.
Name | Mastery | Learn | Test | Matching | Spaced | Call with Kai |
|---|
No analytics yet
Send a link to your students to track their progress
Shape of container but constant volume
Liquid
Relatively high density
Liquid and solid
Particles are far apart for their size
Gas
Compressible
Gas
Definite shape
Solid
Fluid phase
Liquid and gas
Diffuse most rapidly
Gas
Highly organized
Solid
Vibrational motion only
Solid
Elastic collisions
Gas
Escape of a gas through a small hole in a container
Effusion
Shape of solid
Constant
Volume of solid
Constant
Shape of gas
Container
Volume of gas
Container
Volume of solid
Constant
Density of gas
Low
Solids flow?
No
Do liquid diffuse
Yes
Do solids diffuse
No
Organization of gas
None
Organization of liquids
Little
Motion of gas
Rapid, random, all directions
Motion of liquids
Rapid, random
Explains matter based on the idea the particles are in constant
Kinetic molecular theory
How does a gas exert pressure?
When you strike an object, force per unit of area
The average kinetic energy of the particles in a gas is dependent on the
Temperature
force per unit of area
P=F/A
Unit of amount
mol
Unit of volume
L
Unit of temperature
K
Unit of pressure
Pa
Standard measures
1 atm= 760mm Hg= 760 torr = 29.92 degrees in= 14.7 psi= 101325 Pa = 101325 k Pa
Kelvin=
C + 273
Centigrades=
K - 273
Boyles’ law
P up V down; constant T
Charles’ law
T up V up; constant P
Gay-Lussacs’ law
T up P up; Constant V