Search for tag: "ode"

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VII.1-2 Autonomous scalar problems duration 7 minutes 29 seconds VII.1-2 Autonomous scalar problems VII.1-2 Autonomous scalar problems	VII.1-2 Autonomous scalar problems differential equation equilibrium hat point solutions prime function things test parabola points stability x. ode calculus ab pictures orbits origin left place From Tobin Driscoll 0 likes 85 plays 0
IV.6 Free oscillators duration 12 minutes 56 seconds IV.6 Free oscillators IV.6 Free oscillators	IV.6 Free oscillators oscillators theta root frequency omega coefficient times roots cosine solution m. oscillator equation problem ode linear halves form sine parameters equilibrium From Tobin Driscoll 0 likes 136 plays 0
II.4 Operators duration 4 minutes 29 seconds II.4 Operators II.4 Operators	II.4 Operators differential equations solution linear ode function functions times problem side sum equation xp hand systems operators numbers operator t. sections things b. From Tobin Driscoll 0 likes 111 plays 0
II.3 Initial-value problems duration 3 minutes 23 seconds II.3 Initial-value problems II.3 Initial-value problems	II.3 Initial-value problems differential equations solution condition problem curve form ode formula times equation naught kind point c1 fact thing exponent bit c. end beginning From Tobin Driscoll 0 likes 109 plays 0
II.2 Tour of 1st-order linear ODE duration 9 minutes 6 seconds II.2 Tour of 1st-order linear ODE II.2 Tour of 1st-order linear ODE	II.2 Tour of 1st-order linear ODE differential equations equation solution times rate ode t. growth capita function dx linear problems derivative variable infinity population x. kind fact integration From Tobin Driscoll 0 likes 101 plays 0
Elementary properties of non-linear systems duration 1 hour 0 minutes Elementary properties of non-linear systems Elementary properties of non-linear systems	Elementary properties of non-linear systems 11995 vector point dot trajectory solution pendulum position field velocity seconds trajectories thing theta forces x2 alright ode behavior arrows problem From Rakesh Rakesh 0 likes 16 plays 0 Department Name Mathematical Sciences Date Established November 18, 2020
Introduction and the damped driven pendulum duration 1 hour 1 minute Introduction and the damped driven pendulum Introduction and the damped driven pendulum	Introduction and the damped driven pendulum An introduction to Nonlinear Dynamics. A model for the damped driven pendulum and the qualitative questions of interest for its motion. 11995 theta dot pendulum motion equation ode questions alpha things resistance force torque position od question equilibrium thing air velocity direction From Rakesh Rakesh 0 likes 104 plays 0 Department Name Mathematical Sciences Date Established November 11, 2020
Brachistochrone with end point on a curve duration 1 hour 14 minutes Brachistochrone with end point on a curve Brachistochrone with end point on a curve	Brachistochrone with end point on a curve Brachistochrone with end point on a curve calculus of variations brachistochrone endpoint sliding phi equation curve ode solution hand alright equations question times prime condition minus things theorem problem boundary surface stuff From Rakesh Rakesh 0 likes 39 plays 0 Department Name Mathematical Sciences Date Established October 31, 2020
The brachistochrone problem - I duration 19 minutes 35 seconds The brachistochrone problem - I The brachistochrone problem - I	The brachistochrone problem - I 11995 root problem minus ode theta problems delta things prime sine side y1 slide examples substitution alright f. calculus 2x issues From Rakesh Rakesh 0 likes 8 plays 0
Unconstrained optimization - problem and result duration 1 hour 11 minutes Unconstrained optimization - problem and result Unconstrained optimization - problem and result	Unconstrained optimization - problem and result 11995 function problem curve surface prime x. problems ode functions respect revolution thing points lagrange p2 variables euler solution equation p. From Rakesh Rakesh 0 likes 11 plays 0
FNC 6.3: IVP systems duration 12 minutes 51 seconds FNC 6.3: IVP systems FNC 6.3: IVP systems	FNC 6.3: IVP systems Fundamentals of Numerical Computation, Chapter 6, Section 3. mathematics computation matlab theta vector ode solution function variables dot column times values prime references equation components equations variable output velocity derivatives species From Tobin Driscoll 0 likes 41 plays 0
FNC 6.2: Euler's method duration 10 minutes 29 seconds FNC 6.2: Euler's method FNC 6.2: Euler's method	FNC 6.2: Euler's method Fundamentals of Numerical Computation, Chapter 6, Section 2 mathematics computation matlab solution method euler error function step ode values hat formula steps truncation accuracy difference h. problem convergence tau phi times From Tobin Driscoll 0 likes 46 plays 0
FNC 6.1: Initial-value problems duration 13 minutes 38 seconds FNC 6.1: Initial-value problems FNC 6.1: Initial-value problems	FNC 6.1: Initial-value problems mathematics computation matlab solution function problem ode problems points output result times domain interval ivp condition growth respect thing values vectors equation From Tobin Driscoll 0 likes 42 plays 0