The following table contains an outline for material that will be covered through distance learning. Resources such as notes, worksheets, activities and quizzes will be posted as needed.
Week # | Learning Goals and Essential Learnings | Resources |
Week 1 Apr 6-12 |
Survey the class to ensure everyone has the necessary tools to be successful in distance learning. Diagnostic Check to determine students level of understanding of the material covered prior to March break – uniform vs non-uniform motion, graphing motion, Big 5 kinematics equations Physics Fun Video – what would happen if you dug a hole through the earth? |
Big 5 Sample Problems (completed worksheet from prior to March Break) optional practice: Review – Velocity-Time Graphs Review – Big 5 Word Problems Textbook Reference: Chpts 1.2, 1.4, 1.5, 1.6, |
Week 2 Apr 13-19 |
Complete Kinematics To be able to solve kinematic problems involving uniform and accelerated motion through a variety of approaches. I have added a video and a google doc to google classroom for this week’s activity. In this activity you will have to put together a simple set up at home and make a few measurements to complete the activity. I would like you to try the activity in google classroom and submit whatever you can by the end of the week. Please also complete the weekly Exit Survey (links to the right) when you are done the activity. Physics Weekly Video – Gravity – Feather vs Bowling Ball |
Note : see Big 5 Formula Summary from above Google Classroom : see google classroom for video and worksheet |
Week 3 Apr 20-26 |
Intro to Dynamics (Forces) To be able to identify different types of forces and understand Newton’s three laws of motion. An overview of Forces and Newton’s Laws can be found to the right, along with a summary note. In google classroom, you will find a video outlining your activity for this week and a google doc with instructions. As always – please fill out the weekly Exit Suvey when you are done the activity. Physics Weekly Video – What if we all jumped? |
Text book references : Chpts 2.1, 2.2, 2.3, 2.4, 2.5 Google Classroom : see google classroom for weekly activity |
Week 4 Apr 27-May 3 |
Friction To understand what factors affect the force of friction and be able to quantify those factors. Watch the introduction to Friction video and review the summary note. In the video I solve the first sample problem from the worksheet. The worksheet has extra problems for those students who are looking for extra work (answers are in the summary notes). This week’s activity is in google classroom (video and google doc). As always – please fill out the weekly Exit Suvey when you are done the activity. Physics Weekly Video – How Hard Can You Hit a Golf Ball |
Note : Video Lesson Summary Notes Sample Problems : Friction Problems Text book references : Chpts 3.3, 3.4 Google Classroom : see google classroom for weekly activity |
Week 5 May 4 – 10 |
Gravity To understand what factors affect the force of gravity and how it varies from place to place and object to object. The video note to the right has different examples of solving free body diagram problems. This week’s activity involves determing how the force of gravity changes as the distance from a planet increases. As always – please fill out the weekly Exit Suvey when you are done the activity. Physics Weekly Video – The Mystery of Gravity |
Note : Video Lesson Practice Problems : Blank Completed Text Book References : 3.1, 3.2 Google Classroom : see google classroom for weekly activity |
Week 6 May 11 – 17 |
Consolidation of Kinematics and Dynamics To be able to solve tougher mechanics problems involving kinematics and dynamic relationships. The video note to the right contains three sample problems (I apologize that it is in two video files as I ran out of storage space while making the original video). This week’s google classroom assignment will not involve building and analyzing anything, it is a 5 question google doc with a variety of problems for you to try. As always – please fill out the weekly Exit Suvey when you are done the activity. |
Note : Video Lesson P1 Video Lesson P2 Practice Problems : Blank Worksheet Answers Textbook References : Unit 1, Chapters 1,2,3 Google Classroom : see google classroom for weekly activity
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Week 7 May 18 – 24 |
Energy Energy is a property of an object, objects with higher energy can do more work – in other words, objects with higher energy can make more “stuff” happen. This week, I have put both the lesson and activity introduction into a single video. Review the linked video and go to google classroom for this week’s activity. As always – please fill out the weekly Exit Suvey when you are done the activity. |
Video Lesson : Intro to Energy Note : Intro to Energy Textbook References : Chpt 4.1, 4.2, 4.3 Google Classroom : see google classroom for weekly activity |
Week 8 May 25 – 31 |
Conservation of Energy The Law of Conservation of Energy can be used to predict what will happen to a system as it changes over time. Please review the video lesson link to the right, in addition I have included the notes that go along with this video. Your weekly activity is in google classroom. As always – please fill out the weekly Exit Suvey when you are done the activity, I do review your answers and try to make changes based on what you tell me. |
Video Lesson : Conservation of Energy Note : Conservation of Energy Textbook References : Chpt 4.4 Google Classroom : see google classroom for weekly activity |
Week 9 Jun 1 – 7 |
Periodic Motion Many phenomena in nature can be characterized by periodic motion. By understanding this motion, you can design systems using sound, light and energy. This week we are going to start discussing periodic motion and waves which will lead us to a better understanding of how sound works. There is a video lesson and note to the right (there is a mistake in the video, at about the 5:30 mark of the video, I call protons and neutrons fundamental particles – they are not, protons and neutrons are made from quarks which are fundamental particles). Your weekly activity is in google classroom – this week you do not have to build anything, I am providing you all of the data. |
Video Lesson : Periodic Motion Note : Periodic Motion Textbook References : Chpt 6.1 Google Classroom : see google classroom for weekly activity |
Week 10 Jun 8-14 |
Sound Sound can be characterized as a longitudinal wave and understanding the characteristics of sound allow us to design such things as headphones, speakers, voice recorders. See the video lesson and note to the right (the practice problems I do in the video lesson are also posted if you wanted to try these on your own before you see the solution). If you are interetested in learning more about the theory of sound the Crash Course Physics Series (#17,18,19) is an excellent source of information. |
Video Lesson : Waves & Sound Note : Waves & Sound Note Textbook References : Chpt 6.2, 6.3, 6.4, 6.6, 7.1, 7.3 Assignment : see google classroom
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Week 11 Jun 15-21 |
Electromagnetism Electricity and Magnetism are interrelated and by undestanding how they relate to each other we can design things such as electric motors, wireless chargers for phones, and speakers for headphones. This week, the video lesson contains some magnetism and electricity demos with more details in the note. If you are interetested in learning more about the theory of electro-magnetism the Crash Course Physics Series (#32, 33) is an excellent source of information. |
Video Lesson : Electromagnetism Note : Electromagnetism Textbook References : Chpt 13.1, 13.3, 13.4, 13.5 Google Classroom : see google classroom for weekly activity |
Week 12 Jun 22-26 |
Course Wrap Up The video to the right has my final message for you including a quick overview of what we learned both in school and through distance learning. There is an optional problem in google classroom if you want to try it. I would like to encourage you to do the year-end exit survey (even if you don’t do the optional problem) as I would like your feedback on distance learning and what worked and what didn’t work for you. |
See google classroom for optional activity |
This information expires once printed. Please always refer to the online version for the most current information.