1. Class Introduction
The Works of the Lord are great, sought out of all them that have pleasure therein Ps.111:2

2. Getting Started Dr. Steven Gollmer Office Hours:
M: 11 T: 12 W: 2 Th: 1 F: 9
Office: ENS 239 Open Door Policy
Phone:
Office: ext. 7764
Text:
Essential University Physics, Vol 2 3rd Ed., by Wolfson

3. Grading 300 3 Unit Exams (100 pts each)
Final Exam (comprehensive)
76 MasteringPhysics (~5 pts each week)
50 Homework (10 pts each)
30 Application Projects (15 pts each)
144 Laboratory (12 pts each)
750 Total

4. Grading Scale 90% and up: A 80% and up: B 70% and up: C 60% and up: D
Below 60%: F
You must pass lab to pass the course.
(-) Lowest 3 percentage points in a grade range.
(+) Highest 3 percentage points in a grade range except for an A.

5. Late Work
Assignments are due at the beginning of the class period and if not ready when collected are considered late.
Work turned in within the 1st week is -10%
Work turned in after the 1st week is -20%
Work turned in finals week is -50%
Work turned in with an excused absence is not considered late.

6. Fluid Flow Continuity Equation Work Energy Theorem Bernoulli’s

7. Bernoulli’s Equation

8. Chapters 2 & 3
Define Velocity
Define Acceleration
Kinematic Equations

9. Chapters 3 Galilean Transform 3D-Kinematic Equations
Centripetal Acceleration

10. Chapters 4 & 5 Newton's 2nd Law Define Momentum
Hooke's Law for Springs
Frictional Force

11. Chapter 6 & 7 Define Work Define Power Define Kinetic Energy
Work-Energy Theorem

12. Chapter 7 Define Potential Energy P.E. (Uniform Gravity) P.E. (Spring)
P.E. and force

13. Chapter 7 & 11
Gravitational Force
P.E. (Gravity)

14. Chapter 8
Center of Mass
Internal and external kinetic energy

15. Chapter 8
Define Impulse
Conservation of Momentum

16. Chapter 10 Linear and angular quantities Moment of Inertia
Parallel Axis Theorem
Rotational K.E.

17. Chapter 10 A. Acceleration from Torque Define Torque
Define Angular Momentum
A. Momentum from Torque

18. Chapter 12
Static Equilibrium
Harmonic Oscillators

19. Chapter 13 & 14
Wave function
Sound Intensity

20. Standing Waves
Wave on a String