AP Physics C - AP Physics B - Physics I - Science Methods

This is Lnk2Lrn.com.

Featuring Opensource Courseware by Dr. Ronald C. Persin

Where We Learn To Calculate and Communicate What We're Talking About

Introduction and Objective for "Lnk2Lrn"

Welcome to a relatively new concept in learning called Web-Assisted Instruction (WAI). We will depend on this website for lecture notes and factual information, leaving more time in class for demonstrations and lab activities. It also serves to keep us connected as a learning community beyond the normal classroom time period.

In order for all students to keep informed, use the links on this page to find-out what is going on in the world of Physics and Science Education today. This will also help us as we try to calculate what we are talking about, as well as enabling all students to come to class with the knowledge of the day before.

What is PHYSICS?

Physics, the most fundamental of all sciences, is concerned with the basic principles of the Universe.  It is the

foundation upon which the other physical sciences - astronomy, chemistry, and geology - are based.  If you study

a natural process long enough to collect sufficient data, you can probably figure-out a mathematical model for it.

The beauty of Physics lies in the simplicity of the fundamental physical theories and in the manner in which just a

small number of fundamental concepts, equations, and assumptions can alter and expand our view of the world

around us. The numerous physical phenomena in our world are all part of one of the following five areas of Physics:

1. Classical Mechanics - the motion of objects with speeds that are low compared to the speed of light, c.

2. Relativity - a theory describing objects moving at any speed, and those speeds approaching the speed of light.

3. Thermodynamics - which deals with heat, work, temperature, and the statistical behavior of particles.

4. Electromagnetism - involves the theory of electricity and magnetism, along with electromagnetic fields.

5. Quantum Mechanics - a theory dealing with the behavior of particles at the atomic and subatomic level. Special

interest here is the work being done at Cern with the Large Hadron Collider (LHC).

To Connect to Your Class, Click Below.

FAU SCE 4350

AP Physics B (Archived)

Physics I (Archived)

Parent's Page

AP Physics C (Archived)

MyPhysicsLab

Java Intro

To Contact Dr. Persin:

rpersin@fau.edu

View All Physics Class Expectations

University of Colorado Simulations

U Mich ReNew Energy

Handbook of Mathematical Functions

Check Your Grade With EdLine

Cell Phones and Electromagnetic Radiation

Here are some other very useful links:

LHC Video

Engineer's Edge

 SciVee

Einstein Copernicus Descartes LaGrange

Phys-Link

Galileo
LHC Rap Gauss Turing  Moore

Texas A&M

CAL Berkeley

A I P

Dirac

U Va Labs

Isaac Newton (1642-1727)

"If I have seen further than others, it has been by standing on the shoulders of giants."

Harvard Physics

 Hit Counters

Visitors so far, and you

are the most recent.

Glad you came aboard!

 

Locations of visitors to this page

View Videos at DoFlick.com

Solar Cell Projects
MIT Open Courseware
Physics Top 10

View Mechanical Universe Videos

Top of Page |  Last updated Thursday, 23 July 2009            Copyright© 1999-2009 by Dr. Ron Persin