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Topic 1	Physics and Physical Measurement	SL
Topic 2	Mechanics	SL
Topic 3	Thermal Physics	SL
Topic 4	Oscillations and Waves	SL
Topic 5	Electric Circuits	SL
Topic 6	Fields and Forces	SL
Topic 7	Atomic and Nuclear Physics	SL
Topic 8	Energy, Power, and Climate Change	SL
Topic 9	Motion in Fields		HL
Topic 10	Thermal Physics		HL
Topic 11	Wave Phenomena		HL
Topic 12	Electromagnetic Induction		HL
Topic 13 Option B	Quantum Physics and Nuclear Physics	HL--required SL--option
Topic 14	Digital Technology		HL
Option E	Astrophysics	SL	HL
Option J	Particle Physics	SL (opt. D)	HL
Option H	Relativity	SL (opt. D)	HL

Topic 1: Physics and Physical Measurement

Website Link	Description	Assessment Statements Covered
Order of Magnitude	A brief discussion of the purpose of using orders of magnitude, and a table of examples	1.1.1, 1.1.2, 1.1.4
More on Orders of Magnitude - Wikipedia entry with examples - Powers of Ten		1.1.1, 1.1.2, 1.1.4
Metric Units: - Fundamental and base units--definitions - Fundamental and Derived units--examples - conversions-factor-label rules and examples: (#1) (#2) - Rules-- be aware of and use these! - Reporting units in appropriate format	Information on the definitions, standards, uses, and conversions of metric units. If you have trouble with conversions, refer to these pages! There are examples on many of them. - the last link takes you to a table of derived units--all are listed in the format that you are expected to use. Get used to the format! It's a little different than what you've probably used in the past!	1.2.1, 1.2.2, 1.2.3
Uncertainty in measurements - Definitions and usage - General information Random vs. Systematic Errors		1.2.6
Scientific Notation - Instructions - Practice exercises #1 - Practice exercises #2	Instructions and several sites for practice. Use these if you need more practice, since you will be required to use sci. notation fairly often this year.	1.2.5
Significant Figures - Instructions and Practice - Rules - Practice #2	Rules reminders and practice pages--use these pages often if you have problems with sig. figs!	1.2.9, 1.1.4
Uncertainties: Use in calculations - Absolute, Fractional, and Percentage uncertainty calculations - More info and some practice		1.2.10
Accuracy vs. Precision Random errors	basic definitions of both accuracy and precision - more information on how these relate to random and systematic errors	1.2.7, 1.2.8
Vectors - Vector vs. Scalar quantities -		1.3.1
- Reading a Vernier Caliper - more practice with the Vernier caliper - simulation of reading Vernier caliper (note: this is for practice...the calipers we use are more precise than this simulation, but it'll still get you used to it.) - simulation of reading a micrometer

Topic 2: Mechanics back to top

Website Link	Description	Assessment Statements Covered
Graphical analysis of motion: - Position vs. Time graphs - velocity vs. time graphs	Each of these links will give you information and practice with the interpretation of motion graphs. Being able to understand how to interpret graphs correctly is an essential skill for understanding and describing motion	2.1.7, 2.1.8
Graphing motion--animated example	a good animation showing how displacement-time, velocity-time, and acceleration-time graphs are related to each other for various types of motion	2.1.7, 2.1.8
Graphing motion--tutorial with answers	good review of interpreting graphs	2.1.7, 2.1.8
Derivation of Kinematic Equations	Review of how the kinematic equations were derived and how they can be used	2.1.3, 2.1.5
Accelerated motion	a definition of acceleration and examples/equations	2.1.1-2.1.5
Accelerated motion of falling objects	Some basic background information and some history on Aristotle's and Galileo's contributions to the study of falling objects	2.1.6
A NASA site related to air resistance Another site explaining air resistance	Understand the effects of air resistance on falling objects	2.1.6
Relative velocity - Site #1 - Site #2 - Site #3	Understand the vector nature of velocity and determine the velocity relative to various observers	2.1.9
Weight vs. Mass How much would you weigh on other planets?	Weight and mass are different quantities--make sure you understand what that difference is!	2.2.1
Drawing Free-body diagrams	free-body diagrams are an essential tool for determining net forces acting on an object. This is a great slide presentation walking you through the steps and several example problems	2.2.2
Newton's 3 laws of motion	good information/review/examples	2.2.4-2.2.5, 2.2.8, 2.2.14, 2.2.15
Newton's laws of motion--tutorial	good source of information, review examples, applications, etc.	2.2.4-2.2.5, 2.2.8, 2.2.14, 2.2.15
Newton's 2nd Law and Net Force	Good practice problems for net force and for accelerations due to the presence of a net force	2.2.8, 2.2.9
- Translational Equilibrium - -	During equilibrium, the net force acting on an object will always equal zero. These examples will give you information on solving problems involving forces in equilibrium	2.2.6, 2.2.7
Linear Momentum: (1) (2) conservation of momentum: (1) (2) impulse: (1)	Impulse indicates the change in momentum for a single object; momentum of all objects in a system will be conserved. These are two fundamental concepts needed to understand all types of collisions	2.2.10, 2.2.12, 2.2.13
Impulse-Momentum theorem		2.2.10, 2.2.11
inelastic and elastic collisions	applet useful for looking at the conservation of momentum through collisions	2.2.12
inelastic and elastic collisions--problems	information for solving problems involving various collisions	2.2.12, 2.2.13
Work Work-Energy theorem	definition of work, examples of the work-kinetic energy theorem	2.3
Uniform circular motion More on uniform circular motion	- SparkNotes information on uniform circular motion, including derivation of some of the equations - more information, including the misconception of the term "centrifugal"	2.4
Mathematics of circular motion, including sample problems	good information related to the equations for circular motion; also works through multiple sample problems	2.4.2, 2.4.4

Topic 3: Thermal Physics back to top

Website Link	Description	Assessment Statements Covered

Topic 10: Thermal Physics (HL) back to top

Website Link	Description	Assessment Statements Covered

Topic 4: Oscillations and Waves back to top

Website Link	Description	Assessment Statements Covered

Topic 11: Wave Phenomena (HL) back to top

Website Link	Description	Assessment Statements Covered

Topic 5: Electric Circuits back to top

Website Link	Description	Assessment Statements Covered
- Electric potential difference--definition - VIDEO: overview of electric potential	- Good information related to the basics of electric potential difference - Video from HowStuffWorks.com giving an intro to the concept of electric potential energy	5.1.1
- VIDEO: voltage and how electricity flows	- video from google videos that gives a basic overview of the concept of voltage and how voltage is necessary for an electric circuit to carry charge	5.1
Electron-Volt Electron-volt #2	definition and examples of orders of magnitude	5.1.3
Electric circuits	an animated tutorial on the basics of electric circuits--simple, but fun	5.2.4
Electric circuits, resistance, voltage, current, etc.	Good information about the concepts of electricity and electric circuits	5.1, 5.2
Ohm's Law Sample problems interactive example		5.1.8
Resistivity and Resistance Calculating effective resistance Resistivity and Resistance (#2)		5.1.6, 5.1.7
interactive applets (#1) (resistivity equation) (#2) Resistors in combination--voltage and current (#3) Using a voltmeter and an ammeter in a circuit	good interactive applets to help with some of the mathematical concepts for this unit	5.1.7, 5.2.3, 5.2.5
Resistor color codes - interactive tutorial #1 - interactive tutorial #2
drawing circuit diagrams
Potential divider interactive use of circuit diagrams to determined voltage across one resistor

Topic 12: Electromagnetic Induction (HL) back to top

Website Link	Description	Assessment Statements Covered

Topic 6: Fields and Forces back to top

Website Link	Description	Assessment Statements Covered
Earth's Gravitational Field	brief description and a zoom in/zoom out animation to show the pattern	6.1

Topic 7: Atomic and Nuclear Physics back to top

Website Link	Description	Assessment Statements Covered

Topic 13: Quantum and Nuclear Physics (HL) [SL Option B] back to top

Website Link	Description	Assessment Statements Covered

Topic 8: Energy, Power and Climate Change back to top

Website Link	Description	Assessment Statements Covered
http://www.bbc.co.uk/schools/ks3bitesize/ science/physics/energy_transfer_2.shtml	Sankey diagrams (energy flow diagrams)	8.1.2
http://www.eia.doe.gov/kids/energyfacts/sources/non-renewable/naturalgas.html	Natural gas information--source, uses, environmental considerations
http://www.globalissues.org/article/408/sustainable-development-introduction	Sustainable development of energy sources
http://hypertextbook.com/physics/matter/energy-chemical/	Data table of energy densities of various fuels

Topic 9: Motion in Fields (HL) back to top

Website Link	Description	Assessment Statements Covered
"Physics of Projectile Motion" (Thinkquest)	A brief history of how the study of projectile motion has evolved, and how values are calculated--good review, ending with a water balloon game!	9.1.1, 9.1.2
"What is Projectile Motion?"	a great summary of the concept, including animated examples (monkey and banana)	9.1.1, 9.1.2
Java Applet--projectile motion	a very nice applet that allows you to change several different variables and study the resulting change on the trajectory of a projectile.	9.1.1, 9.1.2
PhET Applet for projectile motion	A GREAT quantitative applet--you can change angles, launch velocities, air resistance, and the mass and diameter of object. You can also change the altitude when you are looking at air resistance	9.1.1, 9.1.2, 9.1.3
Help for calculating projectile motion quantities--the following links may help you if you need more assistance with projectile calculations: - "Projectile motion, general solution" - Hyperphysics--trajectory and projectile motion information - velocity components	if you need another source for help with calculations involving projectile motion, these sites may help with the process	9.1.4
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Gravitational potential and gravitational potential energy--SparkNotes	This site has some information on the difference between gravitational potential and gravitational potential energy. HOWEVER, it is calculus-based...so when you get to the calculations/equations, they are used in a different way than we'll deal with in class, but they should look familiar. :)	9.2.1, 9.2.2
Gravitational potential and potential energy--calculation help	in case you forgot about the energy calculation from last year. :) (and new information on calculating gravitational potential	9.2.9
Escape speeds - link 1 - link 2--includes calculation examples	these sites should give you a little more information on how escape speeds are calculated (and what the term means)	9.2.7, 9.2.8
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Kepler's laws of orbital motion	basic definitions, but there are also animations that help make them clearer!	9.4.2
Orbital motion - kinetic energy and potential energy or orbiting bodies -

Topic 14: Digital Technology (HL) back to top

Website Link	Description	Assessment Statements Covered

Option E: Astrophysics (SL/HL) back to top

Website Link	Description	Assessment Statements Covered

Option J: Particle Physics (HL) back to top

Website Link	Description	Assessment Statements Covered

Option H: Relativity (HL) back to top

Website Link	Description	Assessment Statements Covered