• TOC
  • Courses
  • Blog
  • Twitch
  • Shop
  • Search
    • Courses
    • Blog
    • Subreddit
    • Discord
    • Log in
    • Sign up
    • ▾Differential equations
      • •Logistic growth
      • ▸Basic concepts of differential equations
        • •Intro to differential equations
        • •Verifying solutions to differential equations
        • •Sketching slope fields
        • •Sketching solution curves in slope fields
      • •Matching slope fields with equations
      • ▸Initial value problems
        • •Intro to initial value problems
        • •Solving initial value problems
      • ▾First order differential equations
        • •Separable first order differential equations
        • •Bernoulli differential equations
        • ▾Equilibrium solutions
          • •Intro to equilibrium solutions
        • •Euler's method
        • •Exact first order differential equations
        • •First order homogeneous differential equations
        • •Intervals of validity
        • •Solving first-order linear differential equations
      • ▸Second order differential equations
        • •Undetermined coefficients
        • •Reduction of order
        • •Variation of parameters
      • •Laplace transforms
      • ▸Systems of differential equations
        • •Solving systems of differential equations
        • •Real eigenvalues
      • •Partial differential equations
     › Differential equations › First order differential equations › Equilibrium solutions

    Intro to equilibrium solutions

    In this section, you will learn how to find equilibrium solutions for autonomous differential equations. You will also learn what stable and unstable equilibrium solutions are. Before attempting this section, you should know how to solve equations in factored form.

    YouTube videos

    • 137843Screencast 7.2.5: Equilibrium Solutions to Autonomous Differential Equations
      GVSUmath