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01.0.0: Dynamic Meteorology: What is in the course?
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This is a selection and collection of lectures in Dynamic Meteorology.
This lecture outlines what is covered in the course.
A link to the full series is at:
More about me and my work at
Richard B. (Ricky) Rood
This lecture outlines what is covered in the course.
A link to the full series is at:
More about me and my work at
Richard B. (Ricky) Rood
01.0.0: Dynamic Meteorology: What is in the course?
02.1.0: Dynamic Meteorology: What is Dynamic Meteorology?
08.1.0: Dynamic Meteorology: Definition of the Geopotential
11.1.0: Dynamic Meteorology: Thermal Wind Derivation
09.1.0: Dynamic Meteorology: Scale Analysis: Determining a Time Scale
13.1.0: Dynamic Meteorology: Vorticity: Introduction and Definitions
04.1.0: Dynamic Meteorology: Body Forces: Gravity
02.3.0: Dynamic Meteorology: Fluid Dynamics Organizes the Atmosphere
14.1.0: Dynamic Meteorology: Potential Vorticity: Introduction
09.3.0: Dynamical Meteorology: Scale Analysis: The Ageostrophic Wind
09.5.0: Dynamic Meteorology: Scale Analysis: The Mass Continuity Equation
02.2.0: Dynamic Meteorology: Structure of the Atmosphere
09.2.0: Dynamic Meteorology: Scale Analysis: Horizontal Momentum Equation (Middle latitudes)
09.4.0: Dynamic Meteorology: Scale Analysis: The Vertical Momentum Equation
07.0.0: Dynamic Meteorology: The Mass Conservation or Continuity Equation
06.0.0: Dynamic Meteorology: The Material Derivative
04.3.1: Dynamic Meteorology: Rotating Coordinate Systems
10.4.0: Dynamic Meteorology: Lapse Rate and Potential Temperature
03.1.2.0: Dynamic Meteorology: Introduction to Conservation of Mass
03.1.1.0: Dynamic Meteorology: Conservation of Thermodynamic Energy
08.2.0: Dynamic Meteorology: The Pressure Gradient Force Using Pressure as Vertical Coordinate
04.2.1: Dynamic Meteorology: Surface Forces: Pressure Gradient
03.2.0: Dynamic Meteorology: Ideal Gas Law and the Hydrostatic Equation
03.3.0: Dynamic Meteorology: Newton's Law and Conservation of Momentum
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