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Mathematics and Physics
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Module 1
Mathematical Language, Graphs, and Vectors
1
Testing Equations with Dimensional Analysis
Use dimensional analysis to test whether a physical equation is consistent.
Use dimensional analysis to test whether a physical equation is consistent.
2
Representing Physical Relationships with Formulas, Tables, and Graphs
Represent a physical relationship as a formula, table, and graph.
Represent a physical relationship as a formula, table, and graph.
3
Interpreting Slope and Signed Area with Units
Interpret the slope and signed area of a graph together with their physical units.
Interpret the slope and signed area of a graph together with their physical units.
4
Radians and Right-Triangle Trigonometry in Physical Models
Use radians and right-triangle trigonometry in physical models.
Use radians and right-triangle trigonometry in physical models.
5
Converting Between Vector Forms
Convert a two-dimensional vector between magnitude-direction and Cartesian-component forms.
Convert a two-dimensional vector between magnitude-direction and Cartesian-component forms.
6
Adding and Subtracting Vectors Using Cartesian Components
Add and subtract two-dimensional vectors using Cartesian components.
Add and subtract two-dimensional vectors using Cartesian components.
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