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Calculating the critical or sadle point of a function of 2 variables f(x,y)

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Author bishopkingdomPosted on June 21, 2018June 21, 2018Categories Uncategorized

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Previous Previous post: Calculate Gibbs’ Free Energy using Temperature in Kelvin and the Equilibrium Quotient
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  • Shiny Apps
    • 3D Shiny App
    • Bouncing ball app
    • Chatbot App
    • CSV File Converter App
    • Diffusion in 2D and 3D
    • gganimate R Shiny app
    • Interactive dots using visNetwork
    • Matrix Ranking App
    • Power Analysis App
    • Random Number Generator App
    • Solve differential equations
    • Target Number Game
    • Web Scraping App
  • Thoughts
    • Physics
      • Introductory Physics Textbook
      • Vectors
      • Kinematics
        • 1D Kinematics – position and velocity
        • 1D Kinematics – Acceleration
        • 2D Kinematics
      • Kinetic Energy and Work
        • Kinetic Energy and Work in 1D
        • Kinetic Energy and Work in 2D and 3D
        • Conservative and Non-conservative Forces
      • Potential Energy and Conservation
        • Potential Energy
        • Conservation of Energy
        • Potential Energy Diagrams
      • Collision Theory
        • Elastic and Inelastic Collisions
        • Center of Mass Reference Frame
      • Rotational Motion
        • Motion of a Rigid Body
        • Moment of Inertia
        • Torque
        • Rotational Dynamics
      • Angular Momentum
        • Angular Momentum of a Point Particle
        • Angular Moment of a Rigid Body about a Fixed Axis
        • Torque and Angular Impulse
      • Rolling
        • Rolling Kinematics
        • Rolling Dynamics
        • Rolling Kinetic Energy and Angular Momentum
        • Gyroscopes
    • Computational Biology
    • Mathematics
      • Additional Mathematics Textbook
      • Algebraic Curves Textbook
      • Algorithms Textbook
      • Calculus with Applications Textbook
      • Differential Equations Study Guide
        • How to solve a differential equation via the integration factor method
        • Solving 2nd order differential equation
      • Elementary Linear Algebra Textbook
      • Elliptic Curves Textbook
      • Fourier Transform Table
      • Integral Table
      • Laplace Table
      • Mathematics for Computer Science Textbook
      • The number pi
      • Physical Constants
      • Probability and Random Variables Textbook
      • Putnam and Beyond textbook
      • Reaction rates
      • Statistics
      • Table of logical equivalences
    • University Classes
      • HW Soln.s (All Ch.s)
      • 2019 – Transport
        • HW: General info
        • Chapter 6
          • Ch. 6 HW Solutions
          • Chapter 6 Keywords
          • Videos
        • Chapter 7
          • Chapter 7 HW Solutions
          • Chapter 7 Keywords
        • Chapter 8
          • Chapter 8 Keywords
          • Cell squeezing as a robust, microfluidic intracellular delivery platform
        • Chapter 9
          • HW solutions for chapter 9
          • Chapter 9 Keywords
        • Chapter 10
          • Chapter 10 HW solutions
          • Learning Laplace Transformations
          • Pharmacokinetics
          • Reaction rates
          • Chapter 10 Keywords
        • Chapter 15
          • Chapter 15 HW solutions
          • Chapter 15 Keywords
      • Chapter 1
      • Chapter 6
      • Studying diffusion with convection or electrical potentials – Chapter 7
      • Chapter 8
      • Chapter 9
      • Chapter 10
      • Chapter 15
      • Additional Problems
  • Shiny Apps
  • Thoughts
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