1. Vector Quantity
1.1. Displacement
1.1.1. Δd (or d) = d1 - do
1.2. Acceleration
1.2.1. Average acceleration
1.2.1.1. ā =Δv/Δt = v1 - vo / t1 - to
1.2.2. Instantaneous acceleration
1.2.3. Constant Acceleration
1.2.3.1. Velocity with constant acceleration (Free fall)
1.2.3.1.1. v = vo + at
1.2.3.2. Final position with constant acceleration
1.2.3.2.1. d = do + vot + 1/2at2
1.2.4. m/s^2
1.3. Velocity
1.3.1. Average Velocity
1.3.1.1. ⊽ =Δd/Δt = d1 - do / t1 - to
1.3.2. Instantaneous velocity
1.3.3. Constant Velocity
1.3.3.1. Final velocity with constant acceleration
1.3.3.1.1. v2 = vo2 + 2ad
1.3.3.2. Position with constant velocity
1.3.3.2.1. d = do + vt
1.3.4. m/s
1.4. Force
1.4.1. Net force
1.4.2. N (Newtons)
1.5. Slope
1.5.1. rise / run
1.6. Has direction and measurement
2. Scalar Quantity
2.1. Time
2.1.1. Minutes, Seconds, Hours
2.2. Time Interval
2.2.1. Δt (or t) = t1 - to
2.3. Speed
2.4. Macroscopic object
2.5. Distance
2.5.1. Length
2.6. Weight
2.6.1. Mass: Grams, Kilograms
2.7. No direction and has magnitude
3. Models
3.1. Particle model
3.1.1. 0 0 0 0 0 0
3.1.2. 0 0 0 0 0 0
3.1.3. 0 0 0 0 0 0
3.2. Free body Diagram
4. CCC's Cards
4.1. Green Cards: How to think
4.1.1. Crosscutting Concepts
4.1.2. Systems Systems Models
4.2. Blue Cards: How to do
4.2.1. Science and Engineering Practices
4.2.2. Developing and Using Models
4.2.3. Analyzing and Interpreting Data