Differential Equations (MTH 130, Spring 2025)

Items

• 
  Utilizing a differential equation to analyze current through RLC circuits.

  RLC circuits can be analyzed using an ODE to find the current through the circuit.
• 
  Utilizing a differential equation to analyze current through RLC circuits.

  An ODE can be used to analyze the current through an RLC circuit. The ODE will take into account the resistance, capacitance, and inductance through the different components in the circuit as well as the AC voltage source.
• 
  Newton's Law of Cooling Differential Equation analysis

  This video describes the differential equation modeled by Newton's Law of cooling, its solutions, and applications tied to the real world.
• 
  Bullying In America Seen Through Differential Equations

  This video explains bullying in America and how this global issue can be represented and studied using differential equations.
• 
  Modeling Heart Rate Recovery with Differential Equations

  Showing how we can use differential equations to model heart rate right after the point of finishing a workout up until heart rate reaches its equilibrium (resting rate).
• 
  System Analysis through Differential Equations

  Analysing and designing control systems using analytical and numerical approaches in Differential Equations
• 
  Michael Kahn Presents, Telegraphers Equations
• 
  Understanding Epidemic Modeling Through Differential Equations

  I will be presenting the equation used for epidemic modeling developed by Ross Beckley Cametria Weatherspoon, Michael Alexander, Marissa Chandler, Anthony Johnson, and Ghan S Bhatt through Tennessee State University and Philander Smith College on June 21, 2013.
• 
  The Clohessy Wiltshire equations

  Learn how to not get lost with the Clohessy Wiltshire Equations!
• 
  Navier Stokes and Turbulent Flow
• 
  Mth130: SIR Model for Spread of Disease

  SIR Model for Spread of Disease
• 
  Navier-Stokes Equations: Modeling Real-World Problems
• 
  Radioactive Decay Ordinary Differential Equation

  Describes how radioactive material decays and how it is modeled by an ordinary differential equation.
• 
  Differential Form of the Continuity Equation
• 
  Turbulence in the Automotive Industry

  A brief introduction to the Navier-Stokes equation followed by its applications. A description of how we can use computers to simulate fluid flow, as well as experimental methods used in research.
• 
  Carbon Dating
• 
  Navier-Stokes & Turbulent Flow
• 
  Richardson's Arms Race

  This project explores Richardson's Arms Race model - a system of differential equations that explain an arms race.
• 
  The Navier-Stokes Equation

  MTH-130 Global Challenges Project: The Navier-Stokes Equation by Chris Tsouvalas
• 
  SIR Model
• 
  Global Challenges Project

  I go over the differential equation used for the Tacoma Narrows Bridge
• 
  Material Balance with Differential Equations
• 
  Earth Overpopulation and the Logistic Equation
• 
  Global Warming Modeled by Differential Equations

  This video dives into the effects of global warming on Earth, the use of the energy balance equation in modeling global temperature rise, and the future predictions for continued temperature rise.