Physics with Lab

Honors Physics

Found a problem? Check here.

Credits: 1

Prerequisite: At the very least, you need to have taken algebra and know basic trigonometry, which can be found at Khan Academy.

Recommended: 11th and 12th grade

Test Prep: AP Physics B (When I made this course, it was based on current AP topics. I don’t know if they have changed since then. If you plan on taking the AP exam or CLEP, etc., please use a book made for the current test to review what you’ve learned and to make sure you have all the areas covered.)

Course Description: This honors course is based on Georgia Virtual Learning’s AP physics course. Students use readings, videos and simulators to learn about Newtonian mechanics, fluid mechanics and thermal physics, electricity and magnetism, waves and optics, and atomic and nuclear physics. Students will complete eighteen labs using online simulators to collect their data. The course culminates with a hands-on lab created by the student and a final exam.

  • The majority of the PDFs in this course are from that course (the first unit is linked here). They originally got most of them from other places. The course I used as a guideline from GVL is free to adapt and share but cannot be used for commercial purposes.

Notes:

  • Please hold onto all of your work. It would be a great idea to have a dedicated spiral notebook for just this course and to label each page with the lesson number and then write out any work. You could also use a binder with paper. Keep it together. Keep it neat. Keep it organized.
  • This course runs on Java! Very often you will be running Java applications. Make sure you have it installed and it is up-to-date. If you are supposed to use a simulator and it’s not there, check your Java updates! You may need to switch to another browser that supports Java.
  • This is a tough course, but you can do it. I want you to think about how you best learn, how you best remember information. Can you just listen to something and remember it? Do you remember it best if you write it down? Do you need to read something to get it? Use those things while you take the course. If it’s a video, and you are best at listening, then don’t take notes. Just sit and listen. If concentrate best while doing something concrete, then take notes; write down key words. If you want something to read, take good notes to read afterwards.
    • Sometimes I’ll say to watch the video OR read to learn the information. Choose the way that is best for the way you learn.
  • Every day it would be great to sit down with a parent or someone else and explain about what you read. Being able to recreate the information in your own words will cement it in your mind. It also shows you really understand it. As you learn the material, stop frequently to put it into your own words. Summarize the page to yourself before you exit.
  • This course is based on an AP physics course. It will help you prepare for the AP Physics B test. Here’s a link to learn more about AP exams. Also, plan accordingly if you want to take the exam and try for college credit. They are usually offered in May.
  • Your final exam will draw on questions from the tests and review pages from throughout the course. After you grade a test, stop and learn from any mistakes. You may see the question again in some form.
  • When (source) is listed with a link, you don’t need to click on it. It’s just giving credit to where the resource or information originally came from. It’s how I am citing the source.

Lesson 1**(*) (Note that an asterisk * indicates that there is a worksheet on this lesson)

Welcome to your first day of school! I wanted to give you one important reminder before you begin. Many of your lessons below have an internet link for you to click on. When you go to the different internet pages for your lessons, please DO NOT click on anything else on that page except what the directions tell you to. DO NOT click on any advertisements or games. DO NOT click on anything that takes you to a different website. Just stay focused on your lesson and then close that window and you should be right back here for the next lesson. Okay?

  1. If you didn’t get here through My EP Assignments, I suggest you go there and create an account.
  2. Please scroll up to see the Learning Outcomes and read the notes for this course.

If a link is not working to follow the steps on the FAQ page.

  1. *Print out this equations sheet to save. Your goal is to be able to read this sheet 🙂 Physics will be easier when you learn to speak its language. Doesn’t that equation sheet look like a different language? Take the time to learn the vocabulary. Whenever you come across a formula, an equation, stop and read it out loud in English words. Don’t say, “d=v times t.” Think, “Distance equals velocity times time.” Then say, “You can find out how far you went by multiplying how fast you were going with how long it took you to get there.” Then it’s no longer a foreign language. Take the time to translate. And eventually, it might not seem so foreign any more. You will be able to use this equations sheet as you work and even when you take tests. My physics teacher always gave us the equations. You can always find an equation, but knowing which, when and how to use it is what you’ll be learning.
  2. (*) Print out a grading sheet or use the Excel version.
  3. Read through these lessons on metric measurement and conversions (source). On page 3 it has an error. 1 liter is 1000 milliliters. That’s the beauty of the metric system.
  4. *Print out these pages of worksheets on metric conversions.
    • Use the second page of the lesson materials to fill in the boxes at the top of the first worksheet.
    • Then complete the worksheets.
    • Check your answers when you are done.
  5. Play catapult. Take your inch answer and multiply by 2.54 to get the number of centimeters. Write your answer as seven different metric measurements. The centimeters is your first answer. Then meters, kilometers, etc.
  6. This is the end of your work for this course for your first day. You are allowed to move at your own pace (this is homeschooling), but it’s intended you complete one lesson a day.

Lesson 2

  1. Download this graphical analysis program. Read through the page. There is a tutorial. This was used in chemistry if you’ve been through that.
    • If you have a tablet you can use: Vernier Graphical Analysis. If the GVL program does not work for you, you can use these: for Mac and for Chrome.
    • However, you could use any graphing program, even Excel, or just your hand and some graph paper.
  2. Here is your scientific calculator. Yes, you get to use a calculator, so learn how to use it.
  3. Read this vocabulary list. Copy down any vocabulary you aren’t already familiar with.
  4. If you haven’t had trigonometry, take the time to do the first ten things on this basic trigonometry list at Khan Academy.

Lesson 3

  1. *Print out these two note-taking guides to use while you watch the video below. One Two
  2. Watch the videos on conversions and using a scientific calculator.  Follow the directions and practice. (video script – source)

Lesson 4

  1. Try these activities to work on scientific notation and practice with your calculator. The exponents are telling you how many times to move the decimal place and in what direction. A positive exponent means that many decimal places over making the number bigger. A negative exponent means that many decimal places over making the number smaller.
  2. If you need more practice with this, go to Khan Academy.
  3. Take the quiz. Choices: 5 (leave as is), Both!, multiple choice, interactive web page (leave as is)
  4. Record your score out of five.
  5. Learn about significant figures by watching a video and then practice the concept.

Lesson 5

  1. Read through these examples of conversion. Copy down each problem and work it through with the example.

Lesson 6

  1. Watch this video on finding the relationship between variables (alternate). Follow any directions it gives.
  2. Explain the concept of the video to someone.

Lesson 7**

  1. *Print out some graph paper to have on hand. (If you are in the US, leave the settings alone.)
  2. *Print out these lab sheets: Chart Questions
  3. To find the force or weight (N, measured in Newtons) you multiply the mass (in kilograms) by 9.8 meters per seconds squared, which is gravity pulling down on the mass. Make sure that your units are correct. If you are given a mass in grams, convert to kilograms first. 1 N = 1 Kg(m/s^2)
  4. Use the lab results notes to fill in your lab worksheets.
  5. Check your answers.
  6. Record your score.
    • Lab worksheets: 6 points for correctly filling in your chart; 1 point for correctly filling in the blanks (6 possible) , 8 points for your graph (make sure it’s labeled)
    • Record your score out of 20.
  7. Always save your written work. Keep it for your portfolio and your records.

Lesson 8

  1. Read the “Who Done It” assignment. Make the graph and answer the questions at the end of that section.
  2. Complete the following Questions For Thought.
    • Write an example of a standard conversion problem converting from one unit to the next and solve it, showing all of your work.
    • Write an example of a sample direct proportion calculation, like in the “Who Done It” assignment. Express your answer using the correct number of significant digits. (source)
  3. Check your answers.
  4. Record your scores.
    • Who Done It: 1 point for each correctly filled in blank (6 possible), 4 points for your graph (make sure it’s labeled)
      • Record your score out of 10.
    • Question for Thought: 1 point for each of the two parts of the two questions (four possible–write, solve, write, express)
      • Record your score out of 4.

Lesson 9

  1. Complete this lab on graphing scientific data. Follow the instructions. Use your graphing analysis program. (The link on the PDF to learn more about graphs is not working. If you need a refresher, you’ll need to look up what you need.)
  2. Read through these lab report directions and the lab report rubric. You don’t have to include a photo.
  3. Record the lab out of 30. This means there is a potential for three points extra credit.

Lesson 10

  1. Work through the review. Answer each question before scrolling over.
  2. Read the key terms to read their definitions. You don’t have to really understand them yet.
  3. Read about vectors. Make sure you click on all the buttons! (This may give you a security error. It is a safe site.)
  4. If you feel like you need it, here’s a video introduction to vectors.
  5. Fill in the blanks to check your understanding.

Lesson 11*

  1. Read about scalars and vectors and check your understanding at the bottom of the page. Answer everything out loud to yourself before you click on the answer spaces.
  2. Get at least one correct before you move onto the worksheet.
  3. *Print out this worksheet on vectors and complete page 1. Save the second page for Lesson 12.
  4. Check your answers.
  5. Record your score out of 15; 1 point for each blank and 6 answers for number seven (potential for extra credit).
  6. Remember to hold onto your written work. Keep it nice for your portfolio and records.

Lesson 12

  1. Read about vector fundamentals.
  2. Complete the second page of the vector worksheets from Lesson 11.
  3. Check your answers.
  4. Record your score out of 15; that’s 1 point for each blank and 6 points for number nine.

Lesson 13

  1. Complete this project assignment on flight and vectors. Stop at “Ready to Become a Pilot?”
  2. Check your answers.
  3. Record 10 points for completing the assignment.

Lesson 14*

  1. Watch the Khan Academy video on displacement and vectors.
  2. Read this page on distance and displacement.
  3. *Print out these worksheets on displacement and distance. Complete page 1 and save the second page for Lesson 15.

Lesson 15

  1. Complete the second page of the worksheets from Lesson 14 on displacement and distance.
  2. Play with these vector components. The pink lines show two different vectors. The red line shows them combined. Look at them and think about it. If you walked over two blocks and up three blocks, you’d end up in the same spot as if you just walked diagonally there.
  3. Learn about adding and subtracting vectors graphically.
  4. Try the vector treasure hunt.

Lesson 16

  1. Read about vector addition. Stop after practice A and practice B. Do them both BEFORE you look at the answers.
  2. Try five problems.

Lesson 17

  1. Other than flying, think of a situation where it would be preferred to know…
    • displacement rather than distance traveled.
    • distance traveled rather than displacement.
  2. Questions are from this source.

Lesson 18

  1. Read about resultants.
  2. Play with the resultant finder.
  3. Try it.

Lesson 19

  1. Learn another method, the parallelogram method, of finding a vector’s components.
    • Click on “find out components.”
  2. Go through the example of the parallelogram method by clicking on the box to move through the steps.
    • You can scroll up to read again about head to tail vectors and try examples if you need the practice.
  3. Then work through the example problems.

Lesson 20

  1. Read about adding vectors algebraically.
  2. Read about using the trigonometry method. Watch the video on the algebraic addition of vectors. Read the additional page.
  3. Answer the questions. Score up to 2 points for the two parts of each answer.
  4. Record your score out of 4 (potential for 4 points extra credit).
  5. Remember that you have a calculator.

Lesson 21

  1. Complete the vocabulary review.
  2. Read the sample problem and solve the four problems at the end. (I don’t have answers for these. You can use the problems below instead if you like.)
  3. Try some of the problems using trigonometry.

Lesson 22

  1. Take your vector’s test.
    • You can retake this any time to practice. It will record only your first score. Spelling counts to some degree. Try to spell things correctly. Here are some words: speed, mass, distance, weight, velocity, acceleration, resultant, vector, scalar, force, time, density, temperature, momentum. (test questions edited from GVS site)
    • The scores for these tests are saved on your browser only at this point.
    • Keep all your work for this course.
  2. Record your score out of 30.
  3. Take time to review, especially if you need practice on the math. Here are some links.

Lesson 23

  1. Complete this projectile simulation lab.
    • Read the directions.
    • Use this link to go to the simulator.
    • Go through the activity sheet to find what you need in order to write up your lab and answer the question posed.
    • Instead of writing up a report, follow the directions in the red. (Skip number 5 and 6 where it says “click here” or found “here.”)
    • Record your score out of 30 (potential for extra credit).

Lesson 24

  1. Copy the definitions about kinematics.
  2. View the flicker page and read about the types of motion you’ll be learning about.
  3. Watch this presentation on one-dimensional motion. Take notes.

Lesson 25

  1. Use the links to learn more about one-dimensional motion.
  2. Answer the first three kinematics problems. Remember, you can use a calculator.
  3. Make sure you check your answers and understand how to get the right answer.

Lesson 26

  1. Use the links to learn more about one-dimensional motion.
      1. Make sure you use the graphing applets. Also, make sure you check your understanding BEFORE looking at the answers.
  2. Remember these? Take a look again and read the types of motion.
  3. Now, name that motion.

Lesson 27

  1. Use the links to learn more about one-dimensional motion.

Lesson 28

  1. Read the tips and summaries. Actually, read them slowly out loud. Yes, I’m serious. Even better, find someone to teach them to. Make sure you know what they say.
  2. Answer the questions.
  3. Check your answers. Record your score out of 14. Your grading sheet is wrong. Change the 4 to a 14 and add 10 points to the total. That’s 2 points for each question.
  4. Answer the questions about “Running in Circles.”

Lesson 29

  1. Choose the equation.
  2. Work on these kinematic equation questions.
  3. Record 28 points once you’ve successfully completed and passed each assignment.

Lesson 30

  1. Watch these videos and take note of the different types of motion in play.
  2. Answer the questions.
  3. Check your answers.
  4. Answer number 10.
  5. Record 10 points for completing the questions for yourself.

Lesson 31

  1. Look at the graphs and answer the questions in this virtual lab. You can check your answers as you go by clicking and dragging over the blank area to reveal them.
  2. Match the graphs to the animations. You can click on the arrows in the corner to make it full screen. You’ll click on the letters to see the graphs.
  3. Draw your own three properly labeled graphs. Title each with what it shows.

Lesson 32

  1. Use these simulations and animations to learn about motion. Write a sentence about what each shows.
    1. Displacement and Distance  What does the line show?
    2. Constant Acceleration  What is the acceleration?
    3. Constant Acceleration  Choose motion 1 and motion 3. (You can do the others if you like.) How is the different than the similarly-name simulation in number 2?
    4. If an object started with a velocity of negative two and an acceleration of two, what would the motion graphs be for acceleration and velocity. What about distance? (answer)

Lesson 33

  1. Watch the presentation on 2D motion.
  2. Play with projectile motion. Choose vectors. On the page over on the right, click to show the vectors. Click on the cannon button to shoot it. Watch what is happening.
  3. Shoot! Use the dropdown menu at the top to try all three activities.
  4. Take the quiz. There are three multiple choice and then the last question has three parts.
  5. Record your score out of 6.

Lesson 34

  1. Complete the questions.
  2. Make sure to label your answers. What did you find? (m/s for instance)
  3. Check your answers and score each out of a total possible of two.
  4. Record your score out of 14.

Lesson 35

  1. Use the projectile motion simulator.
  2. Create two graphs. Both would have time on the x-axis. The y-axes would be height on one and range/distance on the other.
  3. Record your score out of 30, up to 15 points for each graph. Each graph should show three lines, should be labeled appropriately on the x and y axis, and the graph should be titled.
  4. You might want to include this in your portfolio.

Lesson 36

  1. Find an article from a well-respected internet source which shows current (this year) research in the area of kinematics (motion). Summarize your findings and prepare a two-paragraph summary. Use at least one quote from the article. Make sure the article name and website address are listed under your paragraphs for your citation. (source)
  2. Score your assignment: 5 points for finding and reading an article on kinematics, 5 points for each paragraph. Take off a point for missing any of the following: introduction, conclusion, details, quote.
  3. Record your score out of 15.
  4. You might want to include this in your portfolio.

Lesson 37 (*)

  1. Watch this video demonstrating air resistance in action.
  2. Write a paragraph about air resistance, how it affects things in your world and how its impact can be limited. Give examples.
  3. Record 5 points for a complete paragraph that follows the instructions.
  4. (*) These worksheets are preparation for the ACT, a test similar to the SAT except that it also tests science reasoning. This is the type of thing you would have to do, and it’s on kinematics. Read the passage and answer the questions.
  5. Check your answers and make sure you understand.

Lesson 38

  1. Review the terms of the unit.
  2. Take the test. (edited from GVS)
  3. Add one point and record your score out of 20.
  4. You might want to save this in your portfolio.

Lesson 39

  1. Do problems 11 -16.
  2. Give yourself 1 point extra credit for each one you got right. Record how many you got right.
  3. Try graphing motion.

Lesson 40

  1. Copy down the key terms for the new unit. For the second part of the page, write a short definition for each one.
  2. Write down each force and a sentence that helps you remember what it is. (Or, you could draw a picture for each one, whatever helps you remember.)
  3. Use all the parts of the simulation. Click to turn on the free body diagrams.

Lesson 41

  1. Watch this presentation on Newton’s first law of motion.
  2. Read about Newton’s first law.
  3. Explain Newton’s first law to someone.
  4. This is why we wear seat belts.
  5. Try problems using Newton’s First Law.

Lesson 42

  1. Remember your calculator.
  2. Read about equilibrium and check for understanding.
  3. Even if I don’t have you record a score for something like this, in the end you might receive points IF you complete your daily assignments. Even if you didn’t, it’s still smart to do all of your work to the best of your ability. You should always do your best because we are told to do all things to the glory of God. But it is smart to always try your best because then you will be at your best when it’s time to test.

Lesson 43

  1. Watch this presentation on Newton’s second law of motion.
  2. Read about Newton’s second law.
  3. Read about the elephant and the feather.
  4. Watch this example of free falling objects hitting the ground at the same time.
  5. The astronaut didn’t say Newton first made the observation. Who did he say did? (answer: Galileo)

Lesson 44

  1. Complete the lab on Newton’s second law Newton’s second law. Here is the simulator you will use.
  2. Follow the lab instructions and write a lab report.
  3. Under Calculations, the x in the calculation is finding displacement, or delta x.Score your lab report. Record up to 33 points.
  4. Read through these lab report directions and the lab report rubric. (You don’t have to include a photo.)

Lesson 45(*)

  1. If the string of a swinging pendulum breaks, what path does the hanging weight take? You don’t have to write anything. Just explain your answer to someone.
  2. *Complete this worksheet on Newton’s second law.
  3. Check your answers. (Check your answers. Click and drag to reveal: a, 16, 32, 4, 4, 32, 64, 16, 96, CADB)
  4. Score your work and record your score out of 10.
  5. Here are extra practice problems IF YOU WANT them, Newton’s second law. You could do five for extra credit if you need the points.
  6. This is the end of the first quarter. If you are using a paper grading sheet, divide your total score by the total possible. It should be less than 1 (unless you have a perfect or better than perfect score.) Multiply your result by 100. (Just ignore decimals.) That’s your grade percentage (e.g. 87%). Your goal is 90% or better.
  7. Remember to hold onto written work for your portfolio and records.

Lesson 46(*)

  1. (*)Print out the grading sheet for the second quarter or use the Excel version.
  2. Watch this presentation on the concepts of Newton’s FIRST law of motion.
  3. Read about the Atwood machine.
  4. Read through the example and try the two problems given under the example.
  5. When you have your answers, use this simulator to check your answers.

Lesson 47

  1. Read about the Atwood machine on a frictionless table.
  2. Complete this quiz on the Atwood machine. (adapted from source)
  3. You can see some questions worked through on this page.
  4. Add 2 points and record your score out of 10 points.
  5. Complete problems 1-3.

Lesson 48

  1. Complete this lab on Newton’s second law of motion.
    • “This lab was designed to have students investigate the factors that affect the acceleration of an object on a frictionless horizontal surface. The simulation will give the students position vs. time data and they will have to determine the acceleration via graphical methods. Students will then vary parameters like driving force and total mass and see how the acceleration is affected by each change.” (source)
  2. Create a lab report.
  3. Score your lab and record the grade out of 33.
  4. You might want to include this in your portfolio.

Lesson 49

  1. Watch this presentation on Newton’s third law of motion.
  2. Look at this poster. Find Newton’s third law at work.
  3. Read the top of page 2 to learn about the poster.
  4. What makes this balloon fly?
  5. Read the bottom of page 4 to find out and to read even more examples.
  6. What’s another example of Newton’s third law in everyday life? (my answer: jumping)

Lesson 50*

  1. Watch the episode 8 video, “The Apple and the Moon,” on Newton’s Laws.
  2. *Print this worksheet and answer the questions as you watch.

Lesson 51*

  1. Use these pages to learn more.
  2. *Print out this worksheet and complete it.
  3. Check your answers.
  4. Record your score out of 15. (16 possible)
  5. You might to keep this in your portfolio.
  6. Here are extra practice problems IF YOU WANT them, Newton’s Third Law of Motion.

Lesson 52

  1. Watch this presentation on gravity and normal force. Here’s a written explanation.
  2. Go through the questions to make sure you understand.
  3. Review the terms.

Lesson 53

  1. Here is another problem similar to what you’d find on the ACT. This one is related to Newton’s laws. Read the passage and answer the questions.
  2. Check your answers.
  3. Copy the key terms on forces.
  4. Watch this presentation on unbalanced forces.

Lesson 54

  1. Use the links on page two to learn more. Answer the questions on each page.

Lesson 55

  1. Try five problems on the application of Newton’s laws.
  2. Read about unbalanced forces and answer the questions.

Lesson 56

  1. Watch this presentation on friction and balanced forces.
  2. You can read about it here.
  3. Explain to someone what this inclined plane simulator shows.

Lesson 57

  1. Complete the friction lab.
  2. Use the lab directions.
  3. Score 10 points for 10 trials completed and recorded on a table, 10 points for a graph, 10 points for a conclusion.
  4. Record up to 30 points.

Lesson 58

  1. Watch this presentation on circular motion and centripetal force.
  2. Read about speed and velocity.
  3. Read about acceleration and answer the questions.

Lesson 59

  1. Read about circular motion.
  2. Read about centripetal force. Watch the animation and answer the questions.

Lesson 60

  1. Read about centrifugal force.
  2. Read about the mathematics behind circular motion.
  3. Complete problems 11-15. Give yourself 1 point extra credit for each one you got correct.

Lesson 61

  1. Read through three pages on circular motion. The last is on vertical motion. Copy down example problems.
  2. Use the circular motion applet. Explain to someone what you are looking at.
  3. Read this sample ACT passage and answer the questions.
  4. Make sure you understand by checking your answers. On the ACT there are no points deducted for wrong answers, so it’s better to guess than to leave an answer blank.
  5. Complete problems 16-20.
  6. Check your answers.
  7. Record your score out of 10, up to 2 points per answer.

Lesson 62

  1. Complete this circular motion lab.
  2. Record your score.
    • 15 points for numbers 2-8
    • 5 points for a summary paragraph if it meets the given guidelines

Lesson 63*

  1. Work through the example problems.
  2. *Print out this worksheet and complete it. Remember your calculator.
  3. Check your answers.
  4. Take the self test.

Lesson 64

  1. Watch this presentation on torque.
  2. Read about torque.
  3. Read this page with an example of static equilibrium.
  4. Find a sports example that uses circular motion. Explain it to someone.

Lesson 65

  1. Test your torque understanding.
  2. Make sure you know your vocabulary.
  3. Review some previous vocabulary. When you use something like this, you can use the flashcards, test yourself, or use a game.
  4. Review forces.
  5. For more review answer the questions.

Lesson 66

  1. Take this test on using Newton’s laws. (Edited from NROC)
  2. Label those answers!
  3. See the explanations for some of the questions.
  4. Add 4 and record your score out of 18.

Lesson 67

  1. Work on the key terms on work and momentum. You might learn best by copying them down, saying them out loud, or by doing all the different activities.
  2. Watch this presentation on work.
  3. Read about work.
  4. Read this page on work. The example demonstrations aren’t working. Answer the three problems at the bottom of the page.
  5. Test your understanding.
    • Consider a tug-of-war in which two teams are pulling on a rope. They are evenly matched and no motion takes place. Is work done on the rope? On the pullers? On the ground?
      • Answer: No
    • Roads going up mountains are constructed with switchbacks with the road weaving back and forth along the face of the slope such that there is only a gentle rise on any portion of the roadway. Does this require any less work to be done by a car climbing the mountain compared to driving on a roadway that is straight up the slope? Why are switchbacks used?
      • Answer: Ignoring Fƒ the same amount of work is done. Including Fƒ more work is done (longer period of contact with surface)

Lesson 68

  1. Read about work. Answer the questions before you look at the answers. Watch the animations.
  2. Complete these problems on work.
  3. Look at and read about work and energy in our lives.

Lesson 69*

  1. *Print out and compete these worksheets on work.
  2. Check your answers.

Lesson 70

  1. Watch this presentation on potential energy.
  2. Read about work and potential energy.
  3. Read the page about the mass on a spring.

Lesson 71

  1. Run the energy skate park simulation. Explore.
  2. Answer the questions.
  3. Read this page on the work-energy relationship and answer the questions.

Lesson 72

  1. Read about potential energy and check your understanding.
  2. Read about kinetic energy and check your understanding.
  3. Here’s a game introducing particle physics.

Lesson 73*

  1. Read about mechanical energy.
  2. Read about power and check your understanding.
  3. *Print out this worksheet and answer the questions about power.
  4. Check your answers.
  5. Record your score out of 10. (A few have two blanks.)

Lesson 74

  1. Read power and machines.
  2. Here’s a reminder about the simple machines.
  3. Complete this lab on pulleys.
  4. Write a conclusion.
  5. Score 20 points for the table (.5 point each) and 10 points for the conclusion. You get three points for a title and labels on your table.
  6. Record your score out of 33.
  7. Include the lab in your portfolio.

Lesson 75

  1. Watch this presentation on mechanical advantage.
  2. Read about mass spring systems.
  3. Use the simulators. First Second
  4. Answer the questions.
  5. Record your score out of 6. (potential for extra credit)
  6. Read the passage example from the ACT test on mass spring systems and answer the questions.
  7. Check your answers.

Lesson 76

  1. Watch the presentation on pendulums.
  2. Read about pendulums.
  3. Use the simulation.
  4. Take the quiz.
  5. Check your answers and record your score out of 3.
  6. Read this ACT example passage on energy and answer the questions.
  7. Check your answers.
  8. Try problems 21 and 22 for extra credit. You get 1 point for 21 and 2 points for 22.

Lesson 77

  1. Watch the presentation on momentum.
  2. Read about momentum.
  3. Read about angular momentum.
  4. Answer the questions.
  5. Read about momentum and check your understanding.
  6. Look at/read about momentum in pictures.

Lesson 78

  1. Watch the presentation with a momentum example.
  2. Read about the momentum-impulse connection and answer the questions.
  3. Read about collisions.
  4. Use the simulator.

Lesson 79

  1. Do the collision lab.
  2. Here are your directions.
  3. Give yourself up to 5 points for each completed, labeled graph, and for the data table, procedure, and conclusion.
  4. Record your score out of 25. (Add it to your score sheet if it isn’t there.)

Lesson 80

  1. Read the review.
  2. Complete this test on circular motion, power, momentum, and work.
  3. Record your score out of 15.
    1. You can retake this any time to practice. It will record only your first score. Spelling counts to some degree. Try to spell things correctly. And it will require you to label your answers. m, m/s, N, kJ, etc.
    2. The scores for these tests are saved on your browser only at this point.
    3. Keep all your work for this course.

Lesson 81

  1. Copy the key terms on the heat and energy chapter.
  2. Watch this presentation on the mechanical equivalent of heat.
  3. Read about heat exchange.
  4. Learn about heat exchange applications.
  5. Watch the presentation on specific heat.
  6. Try this question for thought: the cold water diet plan. Find your answer and then explain it to someone.

Lesson 82

  1. Read about thermal expansion and watch the video.
  2. Look at the thermal expansion equations.
  3. Here are the thermal expansion coefficients.
  4. Read through this lab. Use all of the “click me” buttons. You can’t stream the video. One of the buttons is for reading the video script.

Lesson 83

  1. Complete the lab on thermal conductivity.
  2. Here are your directions.
  3. Record up to 30 points for completion, 3 graphs, table, observations.

Lesson 84

  1. Review the vocabulary.
  2. Try some questions.
  3. Take the heat and energy test.
  4. Answer each question and check your answer. You get 1 point for each correct answer.
  5. Record your score out of 12. (potential for extra credit)

Lesson 85

  1. Read the ACT practice passage on collisions and answer the questions.
  2. Check your answers.
  3. Copy the key terms in fluids and pressure.
  4. Complete the first five problems on collisions.
  5. Check your answers and use the guide to help you understand.
  6. Complete the first five problems on circular motion.
  7. Check your answers and use the guide to help you understand.

Lesson 86

  1. Read about the states of matter and take notes.
  2. Watch this plasma video. I don’t think the first way will hurt your microwave. We’ve done it several times. I’ve not tried the plastic container way.
  3. Use the simulator.
  4. The diagram on the page is hard to see. Here it is large.
  5. Can you answer the questions?

Lesson 87

  1. Watch the presentation on hydrostatic pressure.
  2. Read about hydrostatic pressure.
  3. Use the simulation. You have to drag the pressure gauge to the water to measure the pressure. The hydrostatic pressure of water increases by about 1 hPa for each cm of depth.
  4. Answer the questions on fluids in motion. Use the help if you need it.

Lesson 88

  1. Watch the presentation on buoyancy.
  2. Read about buoyancy. Click on “mechanics,” “fluids” off to the right, and “buoyancy” in the middle. Scroll down to keep reading. (There are two scroll bars.)
  3. Read about buoyancy.
  4. Use the simulator.
  5. Do the question for thought.

Lesson 89

  1. Complete this lab on buoyancy (parts 1 – 3). Use the link below for the simulation, not the link found in the lab where it says to open the program.
  2. Use the simulation.
  3. Record your score out of 20. (potential for extra credit)
  4. You might want to save this for your portfolio.

Lesson 90

  1. More review today. Do at least three problems from each of the mechanics problem sets. Click on the top and scroll to the bottom to find the problem set.
  2. If you want to challenge yourself, use the blue numbered problems.
  3. Check your answers and use the explanations.
  4. This is the end of the second quarter. See Lesson 45 if you need a reminder of how to find your grade. Remember to be saving written work for your portfolio.

Lesson 91(*)

  1. (*) The third quarter starts today. Print out your new grading sheet or use the Excel version.
  2. Watch this presentation on fluid flow continuity.
  3. Read about the flow of fluid and copy down the equation of continuity.
  4. Explain to someone what the equation says.
  5. Watch this presentation on Bernoulli’s equation.
  6. Read about and copy Bernoulli’s equation.
  7. Explain to someone what the equation is saying.
  8. Use this fluid simulator to make observations about how the viscosity and density of a liquid affect its flow.
    • Write or tell someone to state and explain your observations.

Lesson 92*

  1. How does Pascal’s Principle apply to the eyeball and possible damage? How does Pascal’s Principle apply to a tumor? (Use the links below.)
  2. Play with Pascal’s Principle. Create a chart and record your data. Make sure you can always predict what’s going to happen. Do at least ten trials.
  3. Record up to 30 points, 2 for each of the questions, and a point for each data point up to 26 points for recorded data.

Lesson 93

  1. Play with the vocabulary from this unit and make sure you know the terms.
  2. Study for your test on Lesson 94. Use the links from previous days to look at the examples and simulators. Make sure you understand the equations. Read them out loud in English, not symbols. Explain to someone what they are used to find.

Lesson 94

  1. Take the test on fluids and pressure.
  2. Double your score and record your score out of 20. (Potential for extra credit)
  3. You might want to save this for your portfolio.

Lesson 95

  1. Copy the key terms on thermodynamics.
  2. Watch this presentation on ideal gases and kinetic theory.
  3. Read and take notes on the different laws.
  4. Use these links to practice.

Lesson 96 (Materials: straw, zip lock bag If you don’t have it, you can use a balloon or your imagination; it’s a simple activity.)

  1. Use the Boyle’s law page and…
  2. Use the lab as a simulation. (Alternative)
    • Record measurements of volume and pressure. (8 points for 8 data points)
    • Work to be able to predict what was happening.
  3. Then answer questions 17 to 23. (2 points each – 14 points)
  4. Record your score out of 20. (potential for extra credit)

Lesson 97

  1. Watch this presentation on the laws of thermodynamics. (Oh, just for fun, if you like, because I like Joplin and musical theater.)
  2. Read about thermodynamics.
  3. Use the links on the page.
  4. Explain to someone the first law of thermodynamics. Be the teacher and make them get it. Draw a diagram if you need to.

Lesson 98

  1. Create a chart for gas A and gas B. You are going to record 5 pressure readings for each.
  2. Use the simulator for each gas with the settings as they are. Record the pressure.
    • Then heat each one and record the pressure.
    • Change the volume. Record the pressure.
    • Cool each one and record the pressure.
    • Change the volume and record the pressure.
  3. Write a conclusion, stating what you observed.
  4. Record 15 points for completion.

Lesson 99

  1. Read about the second law of thermodynamics.
  2. Watch “the virtual gaseous mixture reaching thermodynamic equilibrium” by observing the output of a Carnot engine.
  3. Go through this page on the second law of thermodynamics and do the first practice question.
  4. Read the EXAMPLE section and do the first practice question on Carnot’s Heat Engine.
  5. Scroll down to read about the Heat Death of the Universe. What is the theory? What do you think?

Lesson 100

  1. Review your vocabulary.
  2. Review the unit.
  3. Complete the thermodynamics test. Read the directions.
  4. Score up to 2 points each.
  5. Record you score out of 35. (potential for extra credit)

Lesson 101

  1. Here are the key terms of electrostatics.
  2. Watch this lecture from MIT on electric charges and Coulomb’s law. This is long. If you can’t handle it, here’s a shorter video, but I thought some of you might enjoy sitting in at MIT.
  3. Use the simulator by dragging the charges into the empty space and using the sensors to see what direction they are being pulled.

Lesson 102

  1. Read about the structure of matter and check your understanding.
  2. Read about neutral vs. charged objects and answer the questions.
  3. Look at the photos and read about static electricity.
  4. Can you answer number 1?
  5. Check you answer and use the solution guide if necessary.

Lesson 103

  1. Read about charged interactions and check your understanding.
  2. Read about conductors and insulators and check your understanding.
  3. One more page on charged interactions.
  4. Answer questions 1 and 2.

Lesson 104

  1. Read the ACT practice passage on heat and answer the questions.
  2. Check your answer and make sure you understand the solution.
  3. Read about the inverse square law. Copy the equations. What do they mean?
  4. Do the problems at the bottom of the page.

Lesson 105

  1. Read about multiple charges. Take notes. I suggest copying the example problems to help you follow them.
  2. Answer the questions.
  3. Then check the answers.
  4. Then go through this page to take it further.

Lesson 106

  1. Read on methods of charging.
  2. Play with the balloon.
  3. Make sure you understand this topic. You don’t have to do every question. You can read the questions and then read the answers. Try what you need to, though, to make sure you understand.

Lesson 107

  1. Watch this presentation on electric fields.
  2. Read about electric fields.
  3. Play hockey. Drag charges onto the field. Then click on reset charge and then go. Score.
  4. Watch the presentation on conductors.
  5. Try to answer the questions.
  6. Check your answers.

Lesson 108*

  1. Read about electric field lines and check your understanding.
    1. Play with the interactive. Can you predict the lines?
      1. Electric Field Lines
  2. Record 9 points for completion.
  3. Watch this presentation on electric potential.

Lesson 109*

  1. Read about electric potential. Take notes; I suggest copying the example problems.
  2. Answer the questions.
  3. Read about the electric potential difference.
  4. *Print out these worksheets and complete them.
  5. You might want to save this in your portfolio.

Lesson 110

  1. Watch this presentation on capacitors and then on the energy of a capacitor.
  2. Read about capacitors.
  3. Watch the second presentation on capacitors in a circuit.

Lesson 111

  1. Do the example problems.
  2. Use the simulator.
  3. Try the problems to check your understanding.
  4. Review your vocabulary.
  5. Review the different pages of questions. I’m telling you what to study. If a teacher tells you what to study, that means it’s going to be on the test. Know it.

Lesson 112

  1. Take the electrostatics test. Open it on your computer and NO OTHER PAGES. Once you open the test page, you can no longer study. You must close your notebook and any other windows/tabs on your computer. In school you would have no other paper on your desk and would have to keep your eyes on your own paper.
  2. Click and drag to highlight the area below AFTER you are done with the test: (Teachers will often take test questions right off of homework or quizzes. They are great study tools. Did you recognize any of the questions?)
  3. Record your score out of 20. There is a potential for extra credit.

Lesson 113*

  1. Copy the key terms on electric currents.
  2. Watch this presentation on current, resistance and power.
  3. Play around with this circuit to learn about current and resistance. Double click at a point to be able to break a connection.
  4. *Complete this voltage simulator worksheet as you play around. (Note: This was originally written for another simulator. You can still answer the questions, but its reference to “Try This Circuit” is no longer valid.)
  5. Read current, voltage and resistance.

Lesson 114

  1. Do problem 6. I don’t want you to forget. Check your answer and use the guide if needed.
  2. Read on currents.
  3. Copy the equations. Take notes.
  4. Try the problems before you look at the answers!

Lesson 115 (materials: drinking straw)

  1. Use the simulators to complete this lab.
  2. Complete the worksheet for the lab. One of problems you will have to calculate on your own and not use the sliders.
  3. Score yourself 11 points for completion plus 1 point for each correct answer for the four questions at the bottom of the page.
  4. Record your score out of 15.
  5. You can check your conclusion answers using this site. (Final answer: The extension cord’s resistance increases over the distance traveled. If the extension cord is only designed to carry the current 50 feet, the resistance over several cords may prove too great to carry the needed power.)

Lesson 116

  1. Read about electric current.
  2. Read about Ohm’s law and answer the questions to check your understanding.
  3. Take this Ohm’s Law quiz.
  4. Record your score out of 8. (potential for extra credit)

Lesson 117

  1. Watch this presentation on series circuits.
  2. Read about series circuits.
  3. Teach someone about what you just read.
  4. Read about circuit diagrams.
  5. Complete the online ammeter activity through the questions at the end.
  6. Now the online voltmeter…

Lesson 118

  1. Read about parallel circuits. Read up to “equivalent resistance.”
  2. Read through combination circuits and check your understanding.
  3. Read about circuits. Take notes, copy an example problem, use the simulator.

Lesson 119*

  1. *Complete this circuit lab by following the directions on this worksheet. This is the simulator link. Choose the lab.
  2. Record 10 points for completing this lab.

Lesson 120

  1. Read the energy laws.
  2. Use the Wheatstone’s Bridge simulator.
  3. Use the link to the electric current simulator. Choose different types of circuits from the menu. There are too many to see them all. Spend five minutes observing different circuits. What are your observations?
  4. Complete the water heater question for thought. Explain your thoughts to someone.
  5. Give yourself 5 points for COMPLETING the question for thought, IF you answered each part.

Lesson 121

  1. Watch this presentation on capacitance and RC capacitors.
  2. Read about the RC Circuit Problem. Take notes.
  3. Resistors and inductors together.
  4. Review the vocabulary.

Lesson 122

  1. Review by doing these activities.
  2. Record 25 points, up to five points for any activity you completed.

Lesson 123

  1. Start learning the terms. (on the site)
  2. Read about magnetism and take notes.
  3. View the magnetic pole lines and read the explanation. (Wait for it to load in the blank space.)
  4. Watch this presentation on the forces on moving charges.
  5. Read on charged particles in a magnetic field and take notes. You won’t watch the video.

Lesson 124

  1. Read these slides on magnetic forces and charged particles and do the “check your understanding” and example problems. Stop and pay attention to each diagram and equation. What are they showing? What are they saying?
  2. Watch this short video of a charged particle moving in a magnetic field.
  3. Try the right hand rule.
  4. Explain to someone what the simulators show.
  5. See if you can answer questions 1-14. (Skip the ones on Gauss’ law 3 and 7.)

Lesson 125

  1. Watch this presentation on current-carrying wires in a magnetic field.
  2. Read on the same topic.
  3. Watch the presentation on fields of long current-carrying wires.
  4. Finish reading. Take notes. The top half of the page is an image. Sorry about that. Double click, scroll, zoom to be able to read it better.
  5. Use the simulator. What does it show?

Lesson 126

  1. Read about magnetic fields and current-carrying wires.
  2. Check out the thumb in the diagram and read the page.
  3. Read these slides on the topic and answer the questions.
  4. Answer all of the odd problems.

Lesson 127

  1. Take this magnetic fields quiz.
  2. Check your answers.
  3. Record your score out of 6.
  4. Watch the presentation on electromagnetic induction.
  5. Read on electromagnetism.

Lesson 128 (optional materials: pencil, masking or other tape)

  1. Use the electromagnet simulator. What’s going on?
  2. Read page six on electromagnetic induction and take notes.
  3. Read about Michael Faraday and Lenz’s Law.
  4. Here is a video on Eddy Currents. Make it full screen. I love his accent. It reminds me of our very good friends. On Lesson 129 you will watch a video on the applications of electromagnetic induction.
  5. Do this question for thought. Explain your thoughts to someone.

Lesson 129

  1. Watch the video on applications of electromagnetic induction. Make it full screen. Take notes.
  2. Tell someone about what you learned.

Lesson 130

  1. Read today. This is Michael Faraday’s own lecture, in written form, on magnetism and electricity. (original)

Lesson 131*

  1. Use the simulator for Faraday’s law.
    1. Make discoveries about induction. Make a list of ways to cause induction.
    2. What made you think that induction had occurred?
    3. Describe what induction means.
    4. Can you design an experiment to determine how the size and direction of the induced current will change when the conditions are varied? Collect data, make observations, and record your information in a table. The data is fast. Figure out how to record it.
  2. Write up your lab.
  3. Record up to 33 points for completion, if you have a complete lab report.
  4. You might want to include this in your portfolio.

Lesson 132

  1. Read about motional emf.
  2. Answer the questions.
  3. Explain to someone what “motional emf” is.
  4. Use the activities and study for your test.

Lesson 133

  1. Take your test on electromagnetic induction.
  2. Give yourself 2 points for each correct answer.
  3. Record your total score out 30. Record your true answer.
    • If you cheated, give yourself a zero! Cheaters never win!

Lesson 134

  1. Today you will be doing review problems from the mechanical and electricity sections.
  2. Work for 30-40 minutes on problems. You need to get through at least one problem in each category.

Lesson 135

  1. Today work for another 40 minutes on review problems. Start on this page with review of heat energy.
  2. Review induction.
  3. Please review thermodynamics and questions.
  4. Please review fluids and pressure. Answers are on Lesson 94.
  5. This is the end of the third quarter. See Lesson 45 if you need a reminder of how to find your grade. Remember to be saving written work for your portfolio.

Lesson 136(*)

  1. (*) The fourth and final quarter starts today. Print out your new grading sheet or use the Excel version.
  2. Start learning the terms. Copy them down if that helps you.
  3. Watch the presentation on wave basics. Take notes.
  4. “The electromagnetic spectrum consists of seven different types of waves which are all electromagnetic waves. An electromagnetic wave is a periodic oscillation of reversing electric and magnetic fields which are at right angles to each other.These waves are all transverse and do NOT need a medium to propagate, which is why they can travel in outer space (literally, a vacuum).They all travel at the same speed, the speed of light, c = 3 x 108 m/s.Since their speeds are all the same, but the properties of the waves are different, they must have different frequencies and wavelengths.Remember that v = frequency x wavelength and if the frequency increases, the wavelength must decrease proportionately.The following websites will give you information about the seven different regions of the electromagnetic spectrum.” (source)

Lesson 137

  1. Watch this class on electromagnetic waves.
  2. Tell someone about his experiments.

Lesson 138

  1. Watch this presentation on waves and the Doppler effect.
  2. Sound is a Mechanical Wave — Read and check your understanding. Make sure you watch the animation.
  3. Sound is a Longitudinal Wave — Make sure you watch the animation.

Lesson 139

  1. Sound is a Pressure Wave — Read and check your understanding. Make sure you watch the animation.
  2. Read this page on sound. Take notes.
  3. In regular words, tell someone what this quote says. “Sound is a longitudinal or compressional mechanical wave. It needs a medium to propagate and the motion of its particles is parallel to the direction of the propagation of the energy of the wave.” (source)
  4. Just take a look at these sound animations.
  5. Use the sound simulator.

Lesson 140

  1. Use the following websites (as listed on page 4) to complete this sounds and waves activity. (not the websites on the handout)
  2. Record up to 35 points for completion.

Lesson 141

  1. Read about the pitch of sound.
  2. Read about pitch and frequency. Try the activities and question on the page.
  3. Read about infrasonic sound.
  4. Read about ultrasonic sound.

Lesson 142

  1. Read about sound intensity and check your understanding.
  2. Complete this page on sound intensity. Use the chart and answer the questions. The H is for Help/Hint. The Arrow gives the answer.
  3. Read this ACT practice section on sound intensity. Check your answers.

Lesson 143

  1. Read about the speed of sound.
  2. Use the following links on the page:
  3. Look at these sound photographs.

Lesson 144

  1. Watch this interesting video on sound waves.
  2. Answer the following questions from the video. Why are two ears better than one? What is the difference in the sound between the two rooms he played in and what caused the difference?
  3. Complete sound problems 1-6. Use the solution guides as needed.

Lesson 145

  1. Read about the Doppler effect. Use the physics classroom link from the page, also linked below.
  2. Read about it in the physics classroom and check your understanding.
  3. Take a look at these Doppler effect animations.
  4. Check out this sonic boom video.
  5. Complete problems 8-13. Use the solution guides if needed.

Lesson 146

  1. Use the Doppler Effect simulator. What does it show?
  2. Why do they sound different?
  3. Play with the speed of sound. What affects it?
  4. What’s the relationship between the speed of a wave, the frequency of the wave, and the wavelength of the wave?
  5. Record up to 20 points, 5 points for each simulator/animation if you took the time to answer the question posed.

Lesson 147

  1. Read on standing waves.
  2. Read on standing waves and take notes.
  3. Use the standing longitudinal waves simulator.
  4. Write a paragraph discussing the pipe organ.
  5. Record up to 5 points for a complete paragraph with a purpose.

Lesson 148

  1. Try the ACT test prep question on the “sound of music.”
  2. Check your answers.
  3. Read about standing waves.
  4. Read about harmonics and check your understanding.

Lesson 149

  1. Read about open-air columns and check your understanding.
  2. Read about closed-air columns and check your understanding.
  3. There is a test on sound waves on Lesson 150. It will test conceptual understanding, not mathematics.

Lesson 150

  1. Complete your test on sound.
  2. Record out of 25.

Lesson 151*

  1. Practice the terms. Copy down the terms if that helps you. It might!
  2. *Complete the properties of light worksheet using the sites listed on the printed page. (You may not be able to use the Java simulator on the last linked page. Here’s another light simulator that may help you, but you can read what’s on the page still.)
  3. Record your score out of 15.

Lesson 152

  1. Watch this presentation on reflection and refraction.
  2. Read on reflection
  3. Copy the “math of image formation” formulas down. Now write them with words as an English sentence.
  4. Explain to someone the rules for the mirror equations. Don’t read them. Explain them with regular words.

Lesson 153***

  1. Watch this video on optics.
  2. *Print and complete this note taking guide while you watch.
  3. *Print and complete the mirror lab sheet when directed to.
  4. *Print and complete the ray diagrams, “problem set one”. You can refer to this page for help.
  5. Can you define: Incident Wave, Reflected Wave, State the Law of Reflection, Specular Reflection, Diffuse Reflection?
  6. Record up to 25 points for completing the worksheets.

Lesson 154

  1. Read about reflection and refraction.
  2. Use the simulators on the page.
  3. Explain to someone what you are looking at.
  4. Read about Snell’s law.

Lesson 155*

  1. Watch this video on lenses.
  2. Complete this note taking guide while you watch.
  3. Complete the problem sets and lab as directed. Problem sets: one two three

Lesson 156

  1. Read about the anatomy of a lens.
  2. Read about lenses.
  3. Watch this presentation on converging lenses (and the second part). Now, watch this first video on diverging lenses (and the second part).
  4. Use the simulator on the page. Explain what you are looking at.

Lesson 157

  1. Solve these mirrors and lens problems. Keep track of your score. You can get up to two points for each correct answer.
  2. Record your score out of 15. (potential for extra credit)

Lesson 158

  1. Watch this presentation on interference and diffraction.
  2. Read on thin film interference.
  3. Copy the equations in the middle of the page, BUT also either write out that whole thing in plain English or tell what it says to someone. “Since…Then…” etc.
  4. Read this ACT prep passage and answer the questions about cell phone dangers.
  5. Check your answers.

Lesson 159

  1. Read about diffraction and try Young’s two-slit experiment on the page. Remember to read equations with REAL WORDS.
  2. Complete five diffraction problems.
  3. Record your score out of 4.
  4. Complete the ACT practice questions related to refraction.
  5. Check your answers.

Lesson 160*

  1. Read about diffraction and the diffraction simulators on the page.
  2. *Print this lab and complete the introduction and part 5–You may need to be creative to make this work in your circumstances.
  3. You might want to include this in your portfolio.

Lesson 161

  1. Review your vocabulary from the course that you’ve learned so far.

Lesson 162

  1. Read about polarization. Take notes.
  2. Follow the directions on the page and use the links.

Lesson 163*

  1. Watch the video on color.
  2. **Use the two note taking guides as you watch. One Two

Lesson 164

  1. Read about color.
  2. Read the pages on color addition and color subtraction and check your understanding.

Lesson 165

  1. Complete the review.
  2. Play with your vocabulary until you know it.
  3. Try the first two problems. You will be doing more of these on your test.
  4. Try the first two problems. You will be doing more of these on your test.

Lesson 166

  1. Test day: Complete numbers 3-8. Show your work.
  2. Also complete numbers 3-8. Show your work.
  3. Check your answers and score 2 points for each problem: 1 point for the answer and 1 point for showing your work.
  4. Record your score out of 20. (potential for extra credit)

Lesson 167

  1. Practice terms. Write down the terms if that helps.
  2. Watch this video on the photoelectric effect.
  3. Read on the photoelectric effect.
  4. Watch this video on the photoelectric effect.

Lesson 168

  1. Complete this lab with the photoelectric simulator.
  2. Check your answers. Scroll.
  3. Record your score out of 19 (3 points each for each question in the assignment and 1 point for each in the self-evaluation.)

Lesson 169

  1. Watch this presentation on atomic energy levels.
  2. Read about atomic models. Take notes.
  3. Learn about Bohr’s model.

Lesson 170

  1. Complete this page on quantum mechanics including the inquiry using the simulation. Don’t skip the intro.
  2. Answer the questions at the end of the page.
  3. Record your score of 20 for completing the directions.

Lesson 171

  1. Take this Bohr Model Quiz. (Check your answers on page 3.)
  2. Record your score. All bonus points!
  3. Duality means having two parts.
  4. Watch this presentation on wave particle duality (part 2).
  5. Watch the first 16 minutes of this video from MIT on wave-particle duality with a little history.

Lesson 172

  1. Watch this presentation on nuclear reactions.
  2. Learn about the types of radiation.
  3. Learn about half life.
  4. Check out radioactive decay series.

Lesson 173*

  1. Watch this video on nuclear science.
  2. *Use this note-taking guide.

Lesson 174

  1. Watch this presentation on mass energy equivalence.
  2. Learn about nuclear reactions. Use the new simulation.
  3. Learn about the curve of binding energy.

Lesson 175

  1. Use the activities to review your vocabulary.
  2. Go to the amusement park.
  3. On 180 you will be taking a final exam, a big test on all that you have learned. You have five days to review the material and to write up one final lab.
  4. Here’s your physics vocabulary for review. Here’s vectors in a different place.
  5. To review go through your notes and especially through the tests from the different units.
  6. To complete your lab, you will use your lab directions from the beginning of the course. Choose one physics concept, create a question and lab to test it. It can be simple like this lab, but it must be complete.
  7. This is due on Lesson 179.

Lesson 176

  1. On 180 you will be taking a final exam, a big test on all that you have learned. You have five days to review the material and to write up one final lab.
  2. Here’s your physics vocabulary for review. Here’s vectors in a different place.
  3. To review go through your notes and especially through the tests from the different units.
  4. To complete your lab, you will use your lab directions from the beginning of the course. Choose one physics concept, create a question and lab to test it. It can be simple like this lab, but it must be complete.

Lesson 177

  1. On 180 you will be taking a final exam, a big test on all that you have learned. You have five days to review the material and to write up one final lab.
  2. Here’s your physics vocabulary for review. Here’s vectors in a different place.
  3. To review go through your notes and especially through the tests from the different units.
  4. To complete your lab, you will use your lab directions from the beginning of the course. Choose one physics concept, create a question and lab to test it. It can be simple like this lab, but it must be complete.

Lesson 178

  1. On 180 you will be taking a final exam, a big test on all that you have learned. You have five days to review the material and to write up one final lab.
  2. Here’s your physics vocabulary for review. Here’s vectors in a different place.
  3. To review go through your notes and especially through the tests from the different units.
  4. To complete your lab, you will use your lab directions from the beginning of the course. Choose one physics concept, create a question and lab to test it. It can be simple like this lab, but it must be complete.

Lesson 179

  1. On 180 you will be taking a final exam, a big test on all that you have learned. You have five days to review the material and to write up one final lab.
  2. Here’s your physics vocabulary for review. Here’s vectors in a different place.
  3. To review go through your notes and especially through the tests from the different units.
  4. To complete your lab, you will use your lab directions from the beginning of the course. Choose one physics concept, create a question and lab to test it. It can be simple like this lab, but it must be complete.

Lesson 180

  1. Turn in your lab if you haven’t already. It should be scored by your lab rubric. Record your score out of 33.
  2. Take your final.
    There are 50 questions. You will receive a final score (total number right and total number wrong), but this format will not tell you which questions you got right/wrong or what the correct answer is.
  3. Multiply your answer by two. Record your score out of 100.
  4. Congratulations on a huge accomplishment!
  5. Go to your results page and take a screen shot and save it.
  6. Please complete the polls and take them seriously to help other students choose their courses.
  7. If you are planning on taking the AP exam, find help below.

Figure your course grade. Enter on your fourth quarter grading sheet your total score for each quarter. Divide by the total score from all four quarters. That can be your grade, but I also think you can award up to half of the grade for completing the daily assignments. Then you would take the grade you just calculated, divide it in half and add it to 50, or whatever grade you deem appropriate for completing the readings, watching videos, etc… Example of the scoring calculation: (the numbers aren’t from the physics course)

  • four quarters total: 126 + 115 + 110 + 233 = 584
  • dividing by total possible 584/ 669 = .87*100 = 87%
  • dividing in half for being worth half the grade: 44%
  • 100% completion of daily assignments, readings, homework, etc.
  • Half of that 100% for being worth half of the final grade: 50%
  • Final grade would be: 50 + 44 = 94%, A

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If you plan on taking the AP exam, take a practice test and go over your mistakes. Take another part of an AP test and go over your mistakes. Retake the first test and go over your mistakes. Go over your mistakes. Retake the second exam and go over your mistakes. Look for a third…

Here is a good place for review if you need it.