is a state of matter where the particles are spread out it has no definite shape or volume
Kinetic Molecular Theory
It was proposed by Ludwig Boltzmann and James Maxwell. They found out that we can understand the behavior of gases in terms of the motion of individual molecules
Kinetic Energy Measurement
Joules (J)
Kinetic Molecular Theory (2nd)
A gas consists of very small particles that are in constant, random, and straight-line motion
Kinetic Molecular Theory (1st)
The particles of a gas are separated by distances much larger than their size
Kinetic Molecular Theory (3rd)
The particles of an ideal gas exert no attractive forces on one another or on their surroundings
Kinetic Molecular Theory (4th)
Average Kinetic Energy of gas particles is proportional to the absolute temperature
Volume
It refers to the amount of space being occupied by the object
Pressure
It refers to the force applied per unit of surface area
Temperature
The average kinetic energy of the particles
Amount of number of Moles
It is the amount of substance that comprises matter
Gas Laws
It aims to provide relationships between and among the different measurable properties of gases
Boyle's Law
In the 17th century an irish chemist Robert Boyle investigated the relationship between pressure and volume of a gas. In his discovery he used J-tube to show the relationship between the properties of gases
Gay-Lussac's Law
This law states that pressure and temperature of gas is directly proportional to each other under constant volume
Joseph Louis Gay-Lussac
A French Chemist investigated the relationship between temperature and pressure
Robert Boyle
In the 17th century an irish chemist investigated the relationship between pressure and volume of a gas. In his discovery he used J-tube to show the relationship between the properties of gases
Charles Law
This law states that volume and temperature is directly proportional to each other with constant pressure
Jacques Charles
A French mathematician physicist inventor and balloonist investigated the relationship between volume and temperature of an ideal gas at constant pressure