PhysicsSource

Physics 20: Circular Motion, Work and Energy

How to use this PhysicsSource resource page:

Occasionally, you will find instructions in Pearson Physics that direct you to the PhysicsSource website. This page has been developed so that you can quickly and efficiently reach safe, reliable, and continuously updated resources.

All the resources are correlated to the Pearson Physics pages for your convenience - you may simply scroll this page to find the relevant page number.

How to narrow your search:

To offer you a greater selection of resources, this page has many supplementary resources that are not directly referred to in Pearson Physics. You can differentiate between text-recommended essential and supplementary resources whenever you see the yellow highlighted colour code:

If you would like this page to display only text-recommended essential resources, click the "List Essential Resources Only" button in the "Narrow Your Search" menu to the right.

Third-Party Link Disclaimer

This site includes links to third-party websites, which are listed as "eWEBs". While Pearson endeavours to ensure the appropriateness of these websites, monitors them regularly (three links deep), and substitutes links to different third-party websites when necessary, Pearson cannot be held responsible for the content of these websites.  If you discover any inappropriate links on this website, please contact the webmaster immediately.

Resource
Type
Text
Pages

Chapter 5 Resources

Resource Description
T - For Teachers S - For Students
Browser
Plug-in
238 S Earth's Satellites - there's more up there than you think!
247 S Horizontal Centripetal Motion - an interactive demonstration that explores the relationship among centripetal acceleration, force, and velocity.
247 S Section 5.1 Quiz
248 S Ball Spin - why is a curve ball so hard to hit?
252 S Racecar Tires - special measures must be taken for racing:
256
T
S
Whirling Weights - This simulation shows a ball connected to the rope rotating in a vertical circle, illustrating the properties of circular motion. Note: the simulation software Interactive Physics (IP) is required for this activity.
256
T
S
Centripetal Motion - use this activity and accompanying Excel spreadsheet to investigate centripetal motion.
260 S How Roller Coasters Work - buckle up and hold on!
262
T
S
Centripetal Force on a Pendulum - use a force sensor and photogate to determine the centripetal force acting on a pendulum.
263 S Vertical Centripetal Motion - an interactive demonstration that explores the relationship among centripetal acceleration, force, and velocity.
268 S Section 5.2 Quiz
269 S Comets - let's hope one of these doesn't hit us!
269 S Kepler's Laws - with animation!
269
T
S
PhET Interactive Simulations - an extensive suite of interactive simulations, all expertly crafted to support student studies. These high-quality simulations are created at the University of Colorado and are completely free to use:
  • My Solar System - a good orbit simulator that you can construct your own solar system with.
270

and

276

S Sedna, 2003UB313, Pluto, Dwarf Planets and the Kuiper Belt - a fascinating region of our solar system:
271 S Kepler's Laws - an excellent applet that will allow you to "experience" planetary orbit.
271 S Titius-Bode Law - orbital radius predicted:
272
T
S
Kepler's Constant - use this activity and accompanying Excel spreadsheet to investigate Kepler's Constant.
280
T
S
Solar System - This simulation shows the inner planets orbiting the sun.  You can view the motion of the planets from two perspectives - from the Sun's reference frame, or the Earth's reference frame. You will have an opportunity to interpret and analyze the motion of planets using the same information available to 17th century astronomers. Note: the simulation software Interactive Physics (IP) is required for this activity.
281 S Galileo's Discoveries - he made the telescope famous!
282 S Our Solar System - new objects are being discovered all the time:
283 S Extrasolar Planets - just how many are out there?
284 S Artificial Satellites - NASA gives us the definitive word on artificial satellites.
285 S Satellite Tracking - there are lots of satellites to keep track of:
286 S Section 5.3 Quiz
289 S Chapter 5 Review Quiz

Resource
Type
Text
Pages

Chapter 6 Resources

Resource Description
T - For Teachers S - For Students
Browser
Plug-in
291
T
S
Potential to Kinetic Energy - this lab uses an interesting technique for analyzing the energy transfer that occurs in a falling object.
291 S Roller Coaster Simulation - hang on for the ride of your life! This simulation is to be used for the Energy Changes of a Rollercoaster QuickLab 7-1.
292 S Work-Energy Theorem - step into the Physics Classroom and learn how force relates to work. Just because you apply a force does not mean work is done! Once you have read the lesson, try some of the questions.
292 S Inuit Bows - beautiful and effective bows:
293 S Work = Force x Displacement - when does force yield work?
295-296 S Gravitational Potential Energy - look up, way up!
299 S Hooke's Law - more force, more displacement; it's that simple.
302 S Kinetic Energy - energy of motion:
302 S Deep Impact - what is an impact crater? Check out the great movie!
305
S Section 6.1 Quiz
306
S

Mechanical Energy - can be different forms of energy:

306
T
S
PhET Interactive Simulations - an extensive suite of interactive simulations, all expertly crafted to support student studies. These high-quality simulations are created at the University of Colorado and are completely free to use:
306
T
S
Mechanical Energy - try this challenging lab to prove the work done on an object equals the kinetic energy it gains.
310
S
Section 6.2 Quiz
312
T
S
Trampoline - In this experiment you will be measuring the position and velocity of a bouncing bowling ball. Note: VideoPoint software is required for this activity.
  • Download the zip archive - Trampoline (the archive contains a QuickTime movie, a sample VideoPoint file, guides in pdf and word format, and a "Read Me" text file. It is recommended you start with the Read Me file).
312
T
S
PhET Interactive Simulations - an extensive suite of interactive simulations, all expertly crafted to support student studies. These high-quality simulations are created at the University of Colorado and are completely free to use:
312
T
S
Energy and Orbits - Find out more aboutthe mechanical energy, gravitational potential energy, and kinetic energy of a satellite-Earth system or a projectile-Earth system.
314
T
S
Pendulum Energy - Learn about the relationships among the mechanical, kinetic, and gravitational potential energies of a pendulum.
314
T
S

The Pendulum - exchange of potential and kinetic energy:

  • The Nose Crusher - an on-line experiment demonstrating the conservation of energy. Great videos!
  • Pendulum - from the conservation principles to more advanced calculations.
  • The Work-Energy Theorem - analysis of situations in which mechanical energy is conserved.
322
S Energy in a Collision Lab - what can be more fun than smashing carts together? In this lab, you will determine if energy is conserved in a collision.
322
T
S
Energy of a Isolated and Non-Isolated System - use this activity and accompanying Excel spreadsheet to investigate Kepler's Law.
323
S Section 6.3 Quiz
324
S Power - basic terminology and concepts, with a quiz too.
327
S Improving Automobile Efficiency - with gasoline so expensive, it pays to be efficient:
329
S
Power of Human Activities - an interesting list!
329
S
Fuel Cells - it would be great if this technology were more wide-spread:
330 S Prony Brake - measuring power output:
330
S Section 6.4 Quiz
333 S Chapter 6 Review Quiz
339 S Unit 3 Review Quiz

PhysicsSource