Analysis Flashcards
How to find the derivative from first principles the old way
How to find the derivative from first principles the new way
What is the product rule
What is the quotient rule
What is the chain rule
What is a continuous function
How to determine extrema
What is a partial derivative
How to find the gradient of a multivariable function
What is the Hessian
How to use the Hessian to determine the type of a critical point
How to find the derivative of a function in a direction
What is a complex number
What is an imaginary number
How does integration relate to infinitessimals
How is a complex number expressed as a vector
How is a complex number expressed in polar form
How is a complex number expressed on the Argand diagram
How are complex numbers expressed in Euler form
How to take the roots of a complex number using Euler form
What is the conjugate of a complex number and how can it be used to simplify fractions
What is a differential equation
What is an ordinary differential equation
What is a linear ODE
What is a linear homogeneous ODE
How to solve ODE’s using an Ansatz (guess)
How to solve ODE’s normally
What is the Fundamental Theorem of Calculus
How does solving integrals using u-substitution work
What is the order of a differential equation
What is the taylor series of a function
What is the Euler approximation
What is L’Hopital’s rule
Formula for integration by parts
What is the form for a first order inhomogeneous equation
How to solve inhomogeneous equations using the integrating factor
How to solve inhomogeneous equations using a Particular Solution
What are numerical solutions to mathematical problems and why are they used?
How does Euler’s method work
What is a 2nd order ODE
How can you solve 2nd order ODEs
How to sole a 2nd order ODE with repeated roots for the guess
How to solve a 2nd order ODE with imaginary roots for the guess
How to optimise functions numerically
How does gradient descent work
What is the cost function in neural networks
Why and how to use the downhill simplex
How to decompose a function into partial fractions
How to use the Laplaz transform