Download Review for Physics 111 Exam 2

Review for Physics 111 Exam 2
Chapter 9
Impulse:
Definition of Impulse (Eqn 9.1)
Impulse-Momentum Theorem (Eqn 9.2)
Example 9.1, 9.2
Conservation of Momentum:
Law of Conservation of Momentum (p 276)
Strategy Box 9.1
Recoil Example 9.7
Perfectly Inelastic Collisions:
Example 9.8
Chapter 10
Law of Conservation of Energy
Law of Conservation of Energy for an isolated system (Eqn 10.2)
Law of Conservation of Energy including energy transfers (Eqn 10.3)
Strategy Box 10.1
Work
Tactics Box 10.2
Example 10.2
Kinetic Energy
Conceptual Exanple 10.3
Example 10.3
Potential Energy
Gravitational P.E. (Eqn 10.16)
Example 10.5
Example 10.6
Elastic Potential Energy (Eqn 10.18)
Example 10.7
Thermal Energy
Example 10.8
Energy in Collisions
Example 10.11
Perfectly elastic collisions (Eqn 10.19)
Power
Definitions (Eqns 10.20, 10.21 and 10.22)
Example 10.14
Chapter 11
Efficiency
Strategy Box 11.1
Thermal Energy and Temperature
Temperature Scales (Kelvin)
Thermal Energy and average kinetic energy (p 344)
Temperature and Kavg (Eqn 11.9)
Thermal Energy and Temperature (Eqn 11.12)
First Law
Thermal Equilibrium
First Law (Eqn 11.14)
Heat Engines
Max Efficiency (Eqn 11.16)
Second Law
Definition (p 359)
Chapter 12
Thermal Expansion
Volume (Eqn 12.3)
Length (Eqn 12.4)
Example 12.2
Ideal Gas
Ideal Gas Law (Eqn 12.11 and 12.12, see top of p 383)
Processes (Eqn 12.13)
Example 12.6
Specific Heat and Heat of Transformation
Specific Heat (Eqn 12.17)
Example 12.9
Heat of Transformation (Eqn 12.19)
Example 12.10
Heat Transfer
Basic properties of each type: Conduction, Convection, Radiation, Evaporation
Some other notes:
Review workbook assignments (especially Chapter 9, 11.4, 11.6 and 12.3)
Mastering Physics Problems
Assignment 7:
9.21, 9.11,9.19, 9.25
Assignment 8:
10.21, Tactics Box 10.2, PSS 10.1, 10.25, 10.64, One dimensional Inelastic Collision,
Heat Engines Introduced, 11.23
Assignment 9:
The Incredible Shrinking (and Expanding) Bridge, 12.8, Drinking a Soda