MTH-130-02 Winter 2023

Items

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  Newton's Law of Cooling - Solution to Real-World Issues
• 
  Human Population Growth

  A detailed look at the future population growth of humanity
• 
  MTH 130 Global Challenges Project: Richardson's Arms Race ODE

  I talk about the general information behind Lewis Fry Richardson's arms race ODE.
• 
  The Streeter-Phelps Equation
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  SIR Model for the Spread of Infectious Disease

  A model used to predict the spread and impact of diseases.
• 
  Secondary battery reaction modelling using ODEs

  This video goes over the use of ODEs and their use in modelling secondary battery reactions and how understanding these reactions can result in developing more efficient and sustainable batteries to combat climate change and transition to a lower carbon economy
• 
  Richardson's Arm Race Model
• 
  Huggett’s equation

  This differential equation models income and wealth distribution and its effects on macroeconomic aggregates.
• 
  SIR Model COVID-19
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  Lotka-Volterra Model

  Looking at the Lotka-Volterra Model and how it depicts relationships between Predator and Prey populations.
• 
  Mathematical Modeling of Malaria
• 
  Meaning of Schrodinger's Equation
• 
  Differential Equations in Pharmacokinetics

  important of pharmacokinetics
• 
  Oscillations of Bridges Using Differential Equations

  Breaks down the torsional oscillations of bridges using differential equations.
• 
  Use of Differential Equations in Financial Modeling

  This video explains the concept of the Black-Scholes Model and how it is used in Financial Modeling.
• 
  Schrodinger's Equation

  An evaluation of what Schrodinger's equation is and how to evalulate it
• 
  Population Growth
• 
  Computing Change in Resistance

  This video describes the differential equation that represents the change in resistance of a material over time.
• 
  Global Arms Race

  Global arms race differential equation
• 
  Navier-Stokes and CFD

  A summary of the simple and expanded Navier-Stokes equations as well as a comparison of RANS and DNS models for CFD.
• 
  Using Integrating Factor with Fick's Law
• 
  MTH-130 Global Challenges Project

  Global Challenges Project - Average Global Surface Temperature
• 
  Navier Stokes
• 
  Arms Race