Physics 203: Intermediate Physics I

Course Schedule Fall 2007

Week

Date

Day

Topic

Text Reading

Studio

Quiz

1

9/5/07

Wed.

Course Overview

1.1-1.6

Read: Vector Appendix; Do: WebAssign Tutorial;

Read: Lab Report Guidelines

1

9/7/07

Fri.

Matter and Interactions; Newton's First Law of Motion

1.1-1.6

Vectors

2

9/10/07

Mon.

Velocity; Momentum

1.7-1.11

Problem Solving

Quiz 1

2

9/12/07

Wed.

Change of Momentum; Principle of Relativity

1.7-1.11

Momentum and the Momentum Principle

Download: Motion1.ds

2

9/14/07

Fri.

Momentum Principle; Impulse

2.1-2.4

Introduction to 3D Computer Modeling (VP)

Download: VPython Reference Sheet

3

9/17/07

Mon.

Motion under Constant Force; Graphing Motion

2.5-2.7

Modeling Motion: Ball in the Box (VP)

Quiz 2

3

9/19/07

Wed.

Modeling Dynamic Systems; Systems of Particles

2.5-2.8

Measuring Impulse and Momentum Change in 1D

Download: Impulse.ds

3

9/21/07

Fri.

Collisions; Conservation of Momentum; Relativistic Speeds and Momenta

2.9-2.14

Modeling Motion: Iterative Calculations (VP)

4

9/24/07

Mon.

Fundamental Forces; Non-constant Forces

3.1-3.4

Problem Solving

Quiz 3

4

9/26/07

Wed.

Gravitational Forces

3.5-3.8

Calculating Gravitational Forces with VPython (VP)

4

9/28/07

Fri.

Electrostatic Forces

3.5-3.8

Spacecraft Voyage I (VP)

Download: Program Shell #1

5

10/1/07

Mon.

Newton's Third Law; Newton and Einstein; Determinism and Chaos; Probability and Uncertainty

3.9-3.14

Problem Solving

Quiz 4

5

10/3/07

Wed.

Model of Solid; Interatomic Bonds

4.1-4.4

Macroscopic Springs

Download: Spring Data Spreadsheet

5

10/5/07

Fri.

Material Properties, Stress, Strain, and Young's Modulus, Tension, and Compression

4.5-4.7

Spacecraft Voyage II (VP)

6

10/8/07

Mon.

Contact Forces; Statics

4.8-4.10

Problem Solving

Quiz 5

6

10/10/07

Wed.

Curvilinear Motion

4.11-4.13

Macroscopic and Microscopic Springs

Read: Instructions for Using Vernier Calipers

Download: Young's Modulus Spreadsheet

6

10/12/07

Fri.

Speed of Sound in a Solid

4.14-4.17

Review

7

10/15/07

Mon.

The Energy Principle; Kinetic Energy

5.1-5.2

Throw a Ball Straight Up

7

10/17/07

Wed.

Mechanical Work

5.3-5.4

Spacecraft Voyage III (VP)

7

10/19/07

Fri.

EXAM I (1.1-4.17); Rest Energy, Work done by Non-constant Force

5.4-5.7

Exam I

8

10/22/07

Mon.

Potential Energy

5.8-5.10

Problem Solving

Quiz 6

8

10/24/07

Wed.

Grav. Potential Energy

5.10-5.11

Internal Energy Changes (Run Up Stairs)

8

10/26/07

Fri.

Electrostatic Potential Energy; Ionization Energies; Nuclear Binding Energies

5.12-5.16

No Studio

9

10/29/07

Mon.

Potential Energy of Springs; Potential Energy of a Pair of Neutral Atoms; Path Independence of Potential Energy

6.1-6.3

Problem Solving

Quiz 7

9

10/31/07

Wed.

Thermal Energy; Specific Heats; Power; Open and Closed Systems

6.4-6.8

Specific Heats Wksht

9

11/2/07

Fri.

Energy Dissipation; Air Resistance; Friction; Irreversibility

6.9-6.13

Computer Model of a Mass-Spring System

Download: Program Shell

10

11/5/07

Mon.

Energy Quantization; Light and Matter

7.1-7.3

Problem Solving

Quiz 8

10

11/7/07

Wed.

Quantized Vibrational Energy Levels; Diatomic Molecules; Nuclear Energy Levels

7.4-7.8

Jump

10

11/9/07

Fri.

Multiparticle Systems, Center of Mass; Energy in Multiparticle Systems

8.1-8.3

Multiparticle Systems Wksht

11

11/12/07

Mon.

Point Particle Systems

8.4-8.5

Problem Solving

Quiz 9

11

11/14/07

Wed.

Internal Interactions in Collisions; Elastic and Inelastic Collisions

9.1-9.2

Review

11

11/16/07

Fri.

EXAM II (5.1-8.5); Collisions and Scattering

9.3-9.5

Exam II

12

11/19/07

Mon.

THANKSGIVING RECESS

12

11/21/07

Wed.

THANKSGIVING RECESS

12

11/23/07

Fri.

THANKSGIVING RECESS

13

11/26/07

Mon.

The Nucleus; Relativistic Momentum and Energy; Center of Mass Reference Frame

9.6-9.10

Problem Solving

Quiz 10

13

11/28/07

Wed.

Angular Momentum; Angular Momentum Principle

10.1-10.3

The Angular Momentum Principle

Download: angular_momentum.ds

13

11/30/07

Fri.

Conservation of Angular Momentum; Three Fundamental Principles of Mechanics; Systems with Zero Torque

10.4-10.7

Statics Problems

14

12/3/07

Mon.

Systems with Nonzero Torque; Quantization of Angular Momentum

10.8-10.9

Problem Solving

Quiz 11

14

12/5/07

Wed.

A Statistical Model of Solids

11.1-11.2

14

12/7/07

Fri.

Thermal Equilibrium and Entropy; The Second Law of Thermodynamics

11.3-11.6

15

12/10/07

Mon.

REVIEW