Search for tag: "differential"

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06:14 VII.3 Separable equations VII.3 Separable equations	VII.3 Separable equations separable differential equation solution sides times left equation a. problem x. function form note t. restrictions constant equations linear c. condition formula lot From Tobin Driscoll 0 likes 74 plays 0
07:29 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 83 plays 0
10:04 Finite-Rank Perturbation Theory and Applications,… Finite-Rank Perturbation Theory and Applications, Michael Bush	Finite-Rank Perturbation Theory and Applications, Michael Bush Perturbation theory deals with tracking how the properties of a mathematical object evolve as input parameters are varied. The main usage of the tools of perturbation theory in application is to… mathematical sciences [email protected] perturbation operators spaces of functions differential equation string conditions eigenvalues talk apple sort piece eigenfunctions object operator box function rank perturbations particle equation functions pictures eigenvalue From Lauren Mosesso 0 likes 9 plays 0 Department Name Mathematical Sciences
13:08 VI. 5 Constant-coefficient systems VI. 5 Constant-coefficient systems	VI. 5 Constant-coefficient systems differential equation eigenvalue solution matrix times vector lambda eigenvalues column capital eigenvector omega parts term polynomial eigenvectors characteristic equation sine identity euler c1 From Tobin Driscoll 0 likes 96 plays 0
06:26 VI.4 Homogeneous solutions VI.4 Homogeneous solutions	VI.4 Homogeneous solutions differential equation matrix times wronskian vector solution t. determinant equation column definition columns capital solutions problem functions c. condition linear combination things From Tobin Driscoll 0 likes 78 plays 0
04:18 VI.3 Solution structure VI.3 Solution structure	VI.3 Solution structure differential equation equation vector a. dependence variables matrix x3 x2 kmb components degrees attic basement function forcing coefficient linear coefficients ax equals From Tobin Driscoll 0 likes 76 plays 0
08:34 VI. 1-2 Order and dimension VI. 1-2 Order and dimension	VI. 1-2 Order and dimension differential equation prime equation vector definition variable variables equations problems linear unknowns matrix derivatives theta space a. u. dimensions u5 u4 u3 From Tobin Driscoll 0 likes 84 plays 0
16:50 V.3 Steps and impulses at 2nd order V.3 Steps and impulses at 2nd order	V.3 Steps and impulses at 2nd order differential equation laplace transform transform solution theorem shift t. capital function step inverse minus s. fraction poles sine polynomial impulse cosine term identity square From Tobin Driscoll 0 likes 102 plays 0
11:06 V.1-2 Laplace for 2nd order problems V.1-2 Laplace for 2nd order problems	V.1-2 Laplace for 2nd order problems laplace transform differential equation solution capital transform polynomial equation laplace coefficient cosine t. decomposition minus sides function term denominator left values x. inverse transforms From Tobin Driscoll 0 likes 124 plays 0
11:25 IV.7 Method of undetermined coefficients IV.7 Method of undetermined coefficients	IV.7 Method of undetermined coefficients differential equation cosine sine times omega coefficients equation t. minus side powers method prime derivatives polynomial solution term problems frequency hand problem From Tobin Driscoll 0 likes 108 plays 0
14:55 IV.4 Complex exponentials IV.4 Complex exponentials	IV.4 Complex exponentials complex numbers differential equations solution root times sine cosine t. i. roots c1 omega form unit modulus series b2 b1 euler equals power equation From Tobin Driscoll 0 likes 74 plays 0
07:35 IV.3 Homogeneous 2nd order solutions IV.3 Homogeneous 2nd order solutions	IV.3 Homogeneous 2nd order solutions differential equations lambda c2 polynomial solution roots c1 times power equation root problem equals means t. derivative combination solutions i. form square From Tobin Driscoll 0 likes 96 plays 0
11:30 IV. 1-2 Structure of 2nd-order equations IV. 1-2 Structure of 2nd-order equations	IV. 1-2 Structure of 2nd-order equations differential equation problem solution times linear x2 prime t. function form constants problems equations q. thing equation u. reduction definition operator functions From Tobin Driscoll 0 likes 98 plays 0
18:08 II.10 Models II.10 Models	II.10 Models differential equations times mass units concentration solution temperature volume rate minute pounds half t. capital amount equation environment tank minus condition decay From Tobin Driscoll 0 likes 96 plays 0
10:14 II.9 Undetermined coefficients II.9 Undetermined coefficients	II.9 Undetermined coefficients differential equations times solution function cosine sine polynomial t. coefficients problem b1 minus equation side hand degree combination coefficient omega frequency 3b From Tobin Driscoll 0 likes 115 plays 0
08:27 II.7 IVP formula II.7 IVP formula	II.7 IVP formula differential equations solution tilde response times equation condition c1 sum problems formula problem integrand exponent tilda g. coefficient linear structure forcings responses From Tobin Driscoll 0 likes 122 plays 0