text; Zill with Modeling      syllabus 92236
Section	Topic	Page	Homework Assignment
1.1	Definition and terminology	10	1-13odd
1.2	Initial Value Problem	19	1,3-5,7-11119odd,21-25
1.3	Diff Eqns  as Mathematical  Models	31	1,5,7,9,15,17
2.1	Solution Curves  without solution	47	1,3,5,7,15-25odd
2.2	Separable Variables	57	1--29odd
2.3	Linear Equations	69	1-29odd
2.4	Exact equations	78	1-11odd,21,23,25
2.5	Solutions by Substitution	84	1,5,9-15odd,23,25
3.1	modeling with    linear equations	103	1,3,5,7,11,13,17,119,21,29
3.2	modeling with  nonlinear equations	105	1,3,9,13
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4,1,1	Initial Value and Boundary Value Problems	151	1-11odd
4.1.2	Homogeneous Equations	152	15-29odd
4.1.3	NonHomogeneous equations	153	311,33,35
4.2	Reduction of  Order	157	1,3,557,13,15
4.3	Homog.Linear with constant coefficients	163	1-13odd,19,23,25,31,33,35
4.4	undetermined  coefficients	176	1-13odd,17,21,25,31,33
4.6	variation of parameters	192	1,5,9,13,19,21
4.7	Cauchy  Euler  equations	199	1-13odd
4.8	Solving  systems of eqns with elimination	205	1,3,5,7
4.9	Nonlinear Equations	211	1,3,5,7
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5.1.1	Free undamped motion	229	1-11 odd
5.1.2	Free  damped motion	231	17-27odd
5.1.3	Driven motion	233	29-35odd
5.1.4	Series  circuit Analogue	236	45,47,49,51
7.1	Definition of LaPLACE Transform	312	1-35odd
7.2	Inverse  Transform and Derivatives	322	1,3,7,11,15,19,23,27,35,37,39
7.3.1	Translation on the s-Axis	333	1-19odd,23,27
7.3.2	Translation on the t-Axis	335	37-47odd,55,59,63,65
7.4	Additionaal Operational Properties	347	1,5,9,13,17,27,29
7.5	Dirac Delta  Function	354	1,5,9,13
7.6	systems of linear equations	358	1,5,9
9.1	Euler methods and error analysis	415	1,5,7
9.2	Runge-Kutta methods	421	1,5,9
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