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 gibson:teaching:fall-2014:math445:lab7 [2014/12/01 18:30]gibson gibson:teaching:fall-2014:math445:lab7 [2014/12/02 09:19] (current)gibson Both sides previous revision Previous revision 2014/12/02 09:19 gibson 2014/12/01 18:30 gibson 2014/12/01 14:24 gibson 2014/12/01 14:05 gibson 2014/12/01 14:05 gibson 2014/12/01 14:02 gibson 2014/12/01 13:55 gibson 2014/12/01 13:54 gibson 2014/12/01 13:53 gibson 2014/12/01 13:51 gibson 2014/12/01 13:49 gibson 2014/12/01 13:48 gibson 2014/12/01 13:48 gibson 2014/12/01 13:47 gibson 2014/12/01 13:42 gibson 2014/12/01 13:09 gibson 2014/11/19 19:48 gibson 2014/11/19 19:30 gibson 2014/11/19 19:28 gibson 2014/11/19 19:22 gibson 2014/11/19 19:19 gibson 2014/11/19 18:46 gibson created 2014/12/02 09:19 gibson 2014/12/01 18:30 gibson 2014/12/01 14:24 gibson 2014/12/01 14:05 gibson 2014/12/01 14:05 gibson 2014/12/01 14:02 gibson 2014/12/01 13:55 gibson 2014/12/01 13:54 gibson 2014/12/01 13:53 gibson 2014/12/01 13:51 gibson 2014/12/01 13:49 gibson 2014/12/01 13:48 gibson 2014/12/01 13:48 gibson 2014/12/01 13:47 gibson 2014/12/01 13:42 gibson 2014/12/01 13:09 gibson 2014/11/19 19:48 gibson 2014/11/19 19:30 gibson 2014/11/19 19:28 gibson 2014/11/19 19:22 gibson 2014/11/19 19:19 gibson 2014/11/19 18:46 gibson created Line 1: Line 1: - ====== Math 445 lab 7: differential ​equations ​====== + ====== Math 445 lab 7: the pendulum (numerical integration of differential ​eqns) ====== **Problem 1:** In class we developed a linear system of differential equations of the form \$dx/dt = f(x) = Ax\$ for the plane pendulum, where **Problem 1:** In class we developed a linear system of differential equations of the form \$dx/dt = f(x) = Ax\$ for the plane pendulum, where