Search for tag: "orbits"

6 Media

Torqued Damped Penulum II Math 503 Fall 2022 duration 36 minutes 19 seconds Torqued Damped Penulum II Math 503 Fall 2022 Torqued Damped Penulum II Math 503 Fall 2022	Torqued Damped Penulum II Math 503 Fall 2022 Torqued pendulum, periodic orbits and the Poincare map torqued pendulum +2 More From Rakesh Rakesh 0 likes 15 plays 0 Department Name Mathematical Sciences Date Established December 10, 2022
Poincare - Bendixson II Math 503 Fall 2022 duration 12 minutes 2 seconds Poincare - Bendixson II Math 503 Fall 2022 Poincare - Bendixson II Math 503 Fall 2022	Poincare - Bendixson II Math 503 Fall 2022 poincare-bendixson theorem +2 More From Rakesh Rakesh 0 likes 9 plays 0 Department Name Mathematical Sciences Date Established November 21, 2022
Closed orbits, Duluc's theorem I - Math 503… duration 23 minutes 49 seconds Closed orbits, Duluc's theorem I - Math 503… Closed orbits, Duluc's theorem I - Math 503 Fall 2022	Closed orbits, Duluc's theorem I - Math 503 Fall 2022 Closed orbits and the Poincare Bendixson theorem closed orbits +2 More From Rakesh Rakesh 0 likes 14 plays 0 Department Name Mathematical Sciences Date Established November 15, 2022
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 +20 More From Tobin Driscoll 0 likes 85 plays 0
Competing species III (phase portrait) duration 52 minutes 39 seconds Competing species III (phase portrait) Competing species III (phase portrait)	Competing species III (phase portrait) We combine the information obtained in parts I and II to draw the phase portrait. 11995 +20 More From Rakesh Rakesh 0 likes 19 plays 0 Department Name Mathematical Sciences Date Established December 05, 2020
Closed orbits II and the Poincare-Bendixson… duration 49 minutes 16 seconds Closed orbits II and the Poincare-Bendixson… Closed orbits II and the Poincare-Bendixson theorem	Closed orbits II and the Poincare-Bendixson theorem Duluc's criterion for the non-existence of closed orbits and the statement of the Poincare-Bendixson theorem followed by remarks. 11995 +20 More From Rakesh Rakesh 0 likes 57 plays 0 Department Name Mathematical Sciences Date Established November 23, 2020