MATH
Login Or Sign up

List Question

15
1.4k
Views

A zero along the imaginary axis of the s-plane

Published on
#dynamical-systems #control-theory #nonlinear-system #stability-theory #linear-control
1k
Views

Period of the nonlinear ODE $y''+\cos(y) = 0$

Published on
#ordinary-differential-equations #dynamical-systems #nonlinear-system
70
Views

Number of Stable Equilibria

Published on
#ordinary-differential-equations #differential-geometry #dynamical-systems #vector-fields #spheres
962
Views

Intuition on the Pontryagin principle from Optimal control theory

Published on
#dynamical-systems #calculus-of-variations #control-theory #classical-mechanics #optimal-control
146
Views

Ergodic flows have ergodic points in time

Published on
#measure-theory #dynamical-systems #ergodic-theory
747
Views

How to find the derivative of iterated functions?

Published on
#calculus #numerical-methods #dynamical-systems
80
Views

Transversality of invariant manifolds

Published on
#manifolds #dynamical-systems
768
Views

What would be the Lyapunov exponent of this map

Published on
#probability #derivatives #eigenvalues-eigenvectors #dynamical-systems #chaos-theory
155
Views

existence and uniqueness for ODE with piecewise-linear discontinuous map

Published on
#reference-request #dynamical-systems #piecewise-continuity
136
Views

Positive recurrent point, but not negative recurrent in the shift space

Published on
#dynamical-systems
79
Views

A tennis ball launcher is located at x = 0 on top of a hill whose height z(x) is described by $z = 4h − (x^2)/h$, where h is a constant.

Published on
#dynamical-systems #self-learning
95
Views

Dynamics : Projectiles

Published on
#dynamical-systems
499
Views

Show that in Lyapunov equation $A^TQ+QA=-I$, the matrix $Q$ is positive definite.

Published on
#matrices #ordinary-differential-equations #dynamical-systems #matrix-equations #linear-control
3.4k
Views

Two distinct solutions of $x'(t)=f(x(t))$ cannot intersect at any point.

Published on
#ordinary-differential-equations #dynamical-systems
1.8k
Views

Show that a IVP has a unique solution for all $\mathbb{R}$

Published on
#ordinary-differential-equations #dynamical-systems #initial-value-problems

Trending Questions

Popular # Hahtags

second-order-logic numerical-methods puzzle logic probability number-theory winding-number real-analysis integration calculus complex-analysis sequences-and-series proof-writing set-theory functions homotopy-theory elementary-number-theory ordinary-differential-equations circles derivatives game-theory definite-integrals elementary-set-theory limits multivariable-calculus geometry algebraic-number-theory proof-verification partial-derivative algebra-precalculus

Popular Questions

Copyright © 2021 JogjaFile Inc.