Mike G's Physics Mind Map

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Mike G's Physics Mind Map by Mind Map: Mike G's Physics Mind Map

1. Right triangle trig

1.1. ArcSin(OPP/HYP)=angle

1.2. R=Vt^2*sin2(theta)/g

1.2.1. Vt=Sqrt(R*G/sin2(theta)

1.3. 3-4-5

2. Kinematics

2.1. Linear motion

2.1.1. Motion Graphs Position Velocity Acceleration

2.1.2. Motion Diagram

2.1.3. Pf = Pi + V*dt r2= r1 + V1(t2-t1) + 1/2a(t2-t1)^2 V2= V1 + a(t2-t1)

2.2. Force

2.2.1. Newton's 3 Laws I. Every object in a state of uniform motion tends to remain in that state of motion unless an external force is applied to it. II. The relationship between an object's mass m, its acceleration a, and the applied force F is F = ma. Acceleration and force are vectors (as indicated by their symbols being displayed in slant bold font); in this law the direction of the force vector is the same as the direction of the acceleration vector. III. For every action there is an equal and opposite reaction.

3. Soak Da Teach

3.1. Launch Apparatus

3.1.1. Balloon

4. VPython

4.1. Lesson1/2

4.1.1. Lessons 3,4,5

5. Homepage

5.1. Dipity

5.1.1. created a timeline of my physics course to update weekly and track progress

5.2. Vimeo

5.3. MindMeister

5.3.1. Update My mind map for class

5.4. Animoto

5.5. BlackBoard

6. Communication

7. LoggerPro

7.1. Video Analysis

8. Lesson 6,7

8.1. Lesson 8 which consisted of launching 3 balls at different time intervals which modeled Saok Da Moving Teach AKA Project 2.

9. Excel

10. Hooke's Law

11. Spiral Dyamics

12. Soak Da Moving Teach

13. Pythagorean Theorem (a^2 + b^2 = c^2)

14. Project 3

14.1. Rotational Inertia(moment of intertia)

14.1.1. I(end)=mL^2/3[shaft] I=m(clubhead)*r^2+I(end)

14.2. Magnus Effect

14.2.1. Golf ball dimples

14.3. Centripetal Force

14.4. Energy

14.4.1. E(KR)=1/2IW^2

14.5. Wf^2=Wi^2+2aq

14.6. Momentum

14.6.1. P=mv-----> deltaP=m*deltav Rolling with a punch reduces force by slowing down the punch