Ideal Gas Equation Notes: Definitions & Explanations PDF Download
Study Ideal Gas Equation lecture notes PDF with college chemistry definitions and explanation to study What is Ideal Gas Equation?. Study ideal gas equation explanation with college chemistry terms to review chemistry course for online degree programs.
Ideal Gas Equation Definition:
An equation relating the volume of a gas to the temperature, pressure and number of moles of gas is called ideal gas equation.
Cambridge International AS and A Level Chemistry by Ryan Lawrie, Roger Norris
Ideal Gas Equation Notes:
The ideal gas equation is an equation that shows the relation between volume of a gas, temperature, pressure and number of moles of gas. It is written as PV = nRT. In this equation P is the pressure of gas in the system, V is the volume of gas, n is the number of moles of gas, R is the universal gas constant and T is the temperature of the system. Another thing to remember is that each side in the equation represents the total energy in the gas system. This equation plays an important role in dealing with problems related to thermochemistry. Ideal gas equation is also called general gas equation.
Keep Learning with College Chemistry Notes
What is Electrophile?
An electrophile can be defined as a species that is positively charged or electron deficient. This means that it needs ...
What is Electrode Potential?
Electrode potential can be defined as the difference between the charge on an electrode and the charge in the solution. ...
What is Nitrogenous Base?
A nitrogen-containing molecule that has the same chemical properties as a base is called a nitrogenous base. In DNA these ...
What are Isotopes?
Isotopes are defined as atoms with the same atomic number and different numbers of neutrons. We can say that they ...
What is Dissociation?
Dissociation is defined as the process in which a solid ionic compound separates into its ions. We can say that ...
What is Faraday Constant?
The Faraday constant, F, is a physical constant. This constant is equal to the total electric charge carried by one ...
