1. Acceleration

2. MEANING FORMULA = A = Acceleration V f = V i = t=

3. MEANING FORMULA = A = Acceleration V f = Final Velocity V i = t=

4. MEANING FORMULA = A = Acceleration V f = Final Velocity V i = Initial velocity t=

5. MEANING FORMULA = A = Acceleration V f = Final Velocity V i = Initial velocity t= time

6. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = V i = t=

7. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = V i = 50 m/s t=

8. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = 20 m/s V i = 50 m/s t=

9. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = 20 m/s V i = 50 m/s t= 2 s

10. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = 20 m/s V i = 50 m/s t= 2 s

11. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = 20 m/s V i = 50 m/s t= 2 s

12. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = 20 m/s V i = 50 m/s t= 2 s

13. Guided Practice 1 What is the acceleration of a car that went from 50 m/s south to 20 m/s south bound in 2 seconds? Formulas = A = V f = 20 m/s V i = 50 m/s t= 2 s