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15:01 Integrating Differential Forms - I Integrating Differential Forms - I	Integrating Differential Forms - I 11995 curve form dimension connection equation parameters sphere things divergence forms gamma dx meaning object theorem dimensions differential computation vector t. From Rakesh Rakesh 0 likes 7 plays 0
12:44 FNC 6.6: Multistep methods FNC 6.6: Multistep methods	FNC 6.6: Multistep methods mathematics computation method step values hat formula methods multi constants sigma times f. things kutta runge euler term h. difference row bash From Tobin Driscoll 0 likes 48 plays 0
07:11 FNC 6.7: Implementation of multistep methods FNC 6.7: Implementation of multistep methods	FNC 6.7: Implementation of multistep methods Fundamentals of Numerical Computation, Chapter 6, Section 7. mathematics computation matlab formula step steps equations method methods values linear thing solution function ins kutta runge bash implementation multi reason interval mu From Tobin Driscoll 0 likes 37 plays 0
08:39 FNC 6.5: Adaptive Runge-Kutta FNC 6.5: Adaptive Runge-Kutta	FNC 6.5: Adaptive Runge-Kutta Fundamentals of Numerical Computation, Chapter 6, Section 5 mathematics computation matlab step error size solution stages steps stage times function difference kutta runge integration formula loop formulas fact accuracy method norm From Tobin Driscoll 0 likes 32 plays 0
07:20 FNC 6.4: Runge-Kutta methods FNC 6.4: Runge-Kutta methods	FNC 6.4: Runge-Kutta methods Fundamentals of Numerical Computation, Chapter 6, Section 4 mathematics computation method tableau stages stage euler kutta runge derivatives hat constants beta f. methods template call place alpha expression stuff series From Tobin Driscoll 0 likes 41 plays 0
12:51 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 39 plays 0
10:29 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 43 plays 0
13:38 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
09:09 FNC 5.7: Adaptive integration FNC 5.7: Adaptive integration	FNC 5.7: Adaptive integration mathematics computation matlab tolerance error function nodes values formula result interval estimate simpson evaluations integration problem method convergence 14th minus half log bit From Tobin Driscoll 0 likes 35 plays 0
15:46 FNC 5.6: Numerical integration FNC 5.6: Numerical integration	FNC 5.6: Numerical integration Fundamentals of Numerical Computation, Chapter 5, Section 6 mathematics computation matlab values function formula nodes simpson times level series combination row error hat piecewise linear interpolant estimate euler accuracy factor sum From Tobin Driscoll 0 likes 44 plays 0
12:27 FNC 5.5: Finite differences (part 2) FNC 5.5: Finite differences (part 2)	FNC 5.5: Finite differences (part 2) Fundamentals of Numerical Computation, Chapter 5, Section 5 mathematics computation matlab From Tobin Driscoll 0 likes 51 plays 0
12:07 FNC 5.4: Finite differences (part 1) FNC 5.4: Finite differences (part 1)	FNC 5.4: Finite differences (part 1) Fundamentals of Numerical Computation, Chapter 5, Section 4 mathematics computation matlab From Tobin Driscoll 0 likes 47 plays 0
11:44 FNC 5.2: Piecewise linear interpolation FNC 5.2: Piecewise linear interpolation	FNC 5.2: Piecewise linear interpolation Fundamentals of Numerical Computation, Chapter 5, Section 2. mathematics computation matlab From Tobin Driscoll 0 likes 49 plays 0
08:58 FNC 5.1: Interpolation FNC 5.1: Interpolation	FNC 5.1: Interpolation Fundamentals of Numerical Computation, Chapter 5, Section 1 mathematics computation matlab From Tobin Driscoll 0 likes 56 plays 0
10:50 FNC 4.7: Nonlinear least squares FNC 4.7: Nonlinear least squares	FNC 4.7: Nonlinear least squares Fundamentals of Numerical Computation, Chapter 4, Section 7 mathematics computation matlab From Tobin Driscoll 0 likes 40 plays 0
16:27 FNC 4.6: Quasi-Newton methods FNC 4.6: Quasi-Newton methods	FNC 4.6: Quasi-Newton methods Fundamentals of Numerical Computation, Chapter 4, Section 6 mathematics computation matlab From Tobin Driscoll 0 likes 46 plays 0