basic mathematical models; direction fields. a falling object

10
Basic Mathematical Models; Direction Fields

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Page 1: Basic Mathematical Models; Direction Fields. A Falling Object

Basic Mathematical Models; Direction Fields

Page 2: Basic Mathematical Models; Direction Fields. A Falling Object

A Falling Object

Page 3: Basic Mathematical Models; Direction Fields. A Falling Object

A Falling Object

Page 4: Basic Mathematical Models; Direction Fields. A Falling Object

Modeling with Differential Equations

1. Identify the dependent and independent variables.

2. Choose units of measurement.

3. Articulate the basic principle that underlies or governs the problem.

4. Express the principles in terms of the variables.

5. Make sure your units are consistent.

6. Use additional differential equations if necessary.

Page 5: Basic Mathematical Models; Direction Fields. A Falling Object

A Field Mice Population

Page 6: Basic Mathematical Models; Direction Fields. A Falling Object

Example

Page 7: Basic Mathematical Models; Direction Fields. A Falling Object

Example

Page 8: Basic Mathematical Models; Direction Fields. A Falling Object

Example

Page 9: Basic Mathematical Models; Direction Fields. A Falling Object

Example

Page 10: Basic Mathematical Models; Direction Fields. A Falling Object