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Introduction to ideal gases
Assumptions made for ideal gases
Factors that describe ideal gases
Relationship between volume and pressure
Relationship between volume and temperature
Relationship between volume and number of moles
Combining the three relationships
Introduction to the ideal gas law
Explanation of the ideal gas constant
Ideal gas law equation
Partial pressure of a gas if you know the mole fraction
And you can calculate the mole fraction
Now what about the mole fraction of O2
Partial pressure of each gas
Now let's calculate the partial pressure of oxygen gas
Total pressure using ideal gas law
A storage tank contains Nitrogen, Oxygen, and Carbon Dioxide
Now that we have the partial pressure of CO2, we can calculate the mole fraction
Isobaric Process
How to calculate the work done by a gas in a PV diagram
Isovolumetric (Isochoric) Process
Argon Gas Expands Adiabatically
How to calculate the work done by a monoatomic gas
What is the work performed going from A to B?
How to calculate the work performed as the system moves from A to B
How to calculate the work done by a gas going from C to A
Explanation of why the work done is positive
How to calculate the change in volume
Water flows through a horizontal pipe
We need to calculate the speed at point B
Calculate the pressure at point B
Mass divided by volume is density
What is the speed of the fluid at point B?
So now let's calculate p2 using Bernoulli's Equation
What about the pressure?
Now let's use Bernoulli's equation to calculate the pressure at Point B
Now let's talk about how to derive the entire equation for Bernoulli's Principle
And the change in kinetic energy is the final kinetic energy minus the initial kinetic energy