Intro to Class

Introduce Lab: Buggy Lab

• Lab handout

• General guidelines to writing a lab report

• Discuss introductions and groups have time to brainstorm 

Homework/ Announcements 

1.  Read the syllabus.  Complete THIS activity once read

2. Write a sample introduction & procedure  according to the guidelines and submit yours HERE 

3.  Get a notebook for class( I would make it a three subject as we take a lot of notes)

4. Go over the CANVAS page and the agenda. Jot down any questions you may have. Make sure to BOOKMARK the agenda

5. Make sure you can log into your college board account. We will sign up for both courses sometime this week

6. Bring a calculator- tomorrow we will have a math pretest( ungraded)

Sounds Like/ Look Like

Math Pretest

Look over introductions & procedures 

• groups have time to fix if necessary

Homework/ Announcements

1- Intro to Accuracy and Precision- complete the activity 

2- Notes: Linearization.  Go through the notes and complete the practice problems in your notebook( practice problems on slide 10)

Finish going over draft procedures 

Introduce -Science and Technology Interview. HERE are the questions

Discuss topics covered in AP1

Discussion/notes- Accuracy & Precision

Discussion- how to measure with time accuracy & precision

• groups consider discussion into their procedure

• groups take formal data

Homework/ Announcements

1. Type up data tables- turn in HERE

2. Science Interview ( see above) is due next Thursday. Submit HERE

Get math pre-tests back

Go over  data tables

Discussion: how to create a graph with time to start in class

Discussion: error and labs groups discuss

Homework/ Announcements

1. Watch THIS Edpuzzle and complete THIS worksheet. Take notes as needed as you watch the video

2. In your own words define the following terms: frame of reference, position, change of position, distance, speed & velocity

3. Create a graph of your data using graph paper according to the guidelines discussed- see link above 

4. Watch THIS Edpuzzle and answer the questions. Take notes as needed as you watch the video

Handout: Equation Sheet( KEEP AT ALL TIMES)

Go over significant figure practice problems

Notes- Calculations with S.F, metric prefixes & conversions( 1&2step)

• practice

Notes- how would you describe the motion of a car?

• practice: distance/ displacement( did not get to)

Homework/ Announcements

1.  Quiz next Friday on math skills( significant figures, metric conversions, isolating x, operations with significant figures, area problems, SOH/CAH/TOA)

2. Get the slope from your buggy lab. You will have to show your work in your lab report( so make sure you know what you are doing)

3. Complete: Metric Conversions Round 2

Discuss: another method of conversions 

Go over linearization hw from last week  & linearization Class Practice. HERE are the steps to make a proper conclusion for linearization

Groups :whiteboard practice problems on distance & displacement

Notes: Speed & velocity with whiteboard problems ( #1-6)

Set up lab: motion of an object down a slope

Homework/ Announcements

1. Thursday we are going to be peer reviewing the lab report. The only sections we have not discussed are the analysis & conclusion sections. At this point you have enough information to do so and you have the guidelines. I would come to class Thursday with a complete lab report so it can be peer reviewed. Buggy Lab due next Tuesday( 9/12)

2. Make sure table is set up for motion down a slope lab

3. Math quiz Friday

Go over metric conversion HW from Friday

Speed & velocity problems round 2- finish from Tuesdays class

Motion down a slope lab

Extra time- work on labs

Homework/ Announcements

1. Work on motion down a slope lab- Due Friday. Submit hard copy in class . Make sure it is neat!

2. Bring your lab report( buggy lab) for class tomorrow's peer review

15 minutes- time to work on motion down a slope lab 

Lab peer review using THIS rubric

Notes- Scalars v Vectors.( will not go over in class. get the notes on your own)

Notes- Acceleration 

Extra time: work on labs

Homework/ Announcements

1.  Quiz tomorrow on math skills( significant figures, metric conversions, isolating x, operations with significant figures, area problems, SOH/CAH/TOA)

2.  Motion down a slope lab due Monday . Add to your lab in a brief discussion about 

a. how you determined your time measurement( discussion on precision)

b. error ( identify, impact on data & how to improve)

3. Take notes on the scalars v vectors presentation linked above

4. Finish acceleration practice if not done in class ( DO LATER)

Quiz

Continue with acceleration notes 

Activity- Sign of acceleration

Handout- acceleration investigation( did not have time for this in class)

Notes- Kinematic Equations

Homework/ Announcements

1. Lab report due Tuesday. Submit HERE

2. Motion down a slope lab due Monday . Add to your lab in a brief discussion about 

a. how you determined your time measurement( discussion on precision)

b. error ( identify, impact on data & how to improve)

3. Kinematics quiz- next Thursday

4. Complete these problems in your notebooks 

5. Optional: Visualizing Kinematic Equation. Link to activity. Link to handout

Go over hw

Experimental design question- no online copy. See Ms. Lewis if absent 

Kinematics class practice

Lab- Jumping Jumpers. Groups take data for their two jumpers assigned 

• lab handout

Homework/ Announcements

1. Buggy Lab- Due tomorrow. Submit HERE

2. Jumping Jumpers Lab- Due Friday. Only answer what is asked in the lab report

3. Continue working on kinematic practice problems if not finished in your groups

4. Quiz Thursday( 9/14) on kinematics.

Groups plot data and continue with next steps 

• class data 

Notes- Motion Graphs

• practice handout

Notes- Free-fall part 1

Homework/ Announcements

1. Kinematics quiz Thursday. 

2. Determine the initial conditions for the following scenarios: ball dropped, ball tossed up, round trip.

• initial conditions to determine( assign a value or a sign to each term)

  • acceleration

  • delta x( really y)

  • velocity initial

  • velocity final

  • time

3. Jumping Jumpers lab due Friday. At this point you have all of the data. You will need to get two new jumpers to test your equation. You can come in at lunch or during the break in class to get that data. I will NOT be available Thursday lunch so use Tuesday/ Wednesday to get all necessary data. All graphs must be done by hand.

4. Complete THIS handout- optional 

5. Finish the motion graphs handout from class if you did not finish ( see link above)

6. Until we get our online book HERE is a resource you can use( currently chapter 2). The worked problems however I will post from another book. HERE is a folder of problems and the answer key to those problems

discuss jumper lab

Go over graphing practice in groups

Free-fall notes continued

1. go over initial conditions

2. whiteboard problems 

Extra time- study/ work

Homework/ Announcements

1. Kinematics quiz Thursday

2. Jumping Jumpers lab due Monday. At this point you have all of the data. You will need to get two new jumpers to test your equation. You can come in at lunch or during the break in class to get that data. I will NOT be available Thursday lunch so use Wednesday( at lunch or during class) OR Thursday morning before class to get all necessary data. All graphs must be done by hand. 

3. Finish free-fall problems if not done from class

4. Until we get our online book HERE is a resource you can use( currently chapter 2). The worked problems however I will post from another book. HERE is a folder of problems and the answer key to those problems

Kinematics Quiz

Handout- Relationship between position, velocity & acceleration- no online copy. See Ms. Lewis if absent 

Unit 1- Conceptual Questions

Go over the equation sheet

Introduce basketball drop lab

• groups should write a procedure for the small & large object. Lab is going to be

Extra time- AP Classroom MC- if not I unlocked unit 1 MC practice. you should find it under my assignments 

HW

1. Unit 1 Celebration next Thursday. AP Classroom is unlocked for unit 1. That is the deadline for all missing/late work for unit 1. 

2. Jumper Lab due Monday. Submit HERE. 

   1. lab instructions

3. Write your procedure for the basketball drop lab for your large and small object. This lab report will be typed. Make sure to use the OAIM method 

4. Finish the conceptual questions if not done from class

Discuss conceptual questions in groups 

Discuss equation sheets

Last round of problems 

Unit 1 FRQ

Rest of time- study/work

Homework/ Announcements

1. Finish the FRQ practice from class 

2. Unit 1 Celebration next Thursday. AP Classroom is unlocked for unit 1. That is the deadline for all missing/late work for unit 1. HERE is a resource you can use( currently chapter 2). The worked problems however I will post from another book. HERE is a folder of problems and the answer key to those problems. A

3. Basketball drop lab will be due next Friday

4. Jumper Lab due Monday. Submit HERE. 

   1. lab instructions

Rocket Problem

Kinematics Review Activity - HERE is the link. It is given as a hw assignment but it is NOT graded 

Groups take data for basketball drop lab- for large and small object

Vector Addition POGIL

Homework/ Announcements

1. Unit 1 Celebration Thursday( 9/21). AP Classroom is unlocked for unit 1. That is the deadline for all missing/late work for unit 1. 

2. Basketball drop lab due Friday

3. Finish vector addition POGIL if not done in class ( see link above)

Unit 1 MC Practice 

Take data for the large object for the basketball drop lab

Notes: Adding vectors algebraically 

Introduce Vector Draft 2023( if I did not introduce just read the handout)

Simulation- projectile motion

• link

• handout

HW

1. Unit 1 Celebration Thursday( 9/16). AP Classroom is unlocked for unit 1. That is the deadline for all missing/late work for unit 1. 

2. Quiz next Friday on vector addition

3. Start working on your pre-lab for the vector draft- due next Tuesday. The draft is next Thursday

4. Continue working on basketball drop lab- Due this Friday

5. Work on # 1-9 on the simulation hw for tomorrow( see link above)

6. Finish the vector addition problem from class if you did not finish

Vector Draft Groups

Intro to motion in 2D

Notes- Horizontal Case with in class practice

Extra time- study/ work

HW

1. Unit 1 Celebration Thursday( 9/21). AP Classroom is unlocked for unit 1. That is the deadline for all missing/late work for unit 1. 

2. Quiz next Friday on vector addition

3. Start working on your pre-lab for the vector draft- due next Tuesday

4. Continue working on basketball drop lab- Due this Friday

5. Simulation due Tuesday- so finish 9- end of simulation worksheet 

HW

1. Continue working on basketball drop lab- Due tomorrow. Submit HERE

2. Quiz next Friday  on vector addition

3. Start working on your pre-lab for the vector draft- due next Tuesday

MC practice- Horizontal Projectiles- no online version of this . if absent see me for handout

Notes- Full projectile with practice

• whiteboard problems 

HW

1. Quiz next Friday on vector addition

2. Pre-lab for the vector draft- due Tuesday. This has to be submitted on time or you will not get the points for the pre-lab

3. Projectile motion simulation due Tuesday

   1. link

   2. handout

Challenge Problem

More practice with 2D kinematics-whiteboard problems 

Introduce Youtube Physics

Introduce Buzz Lightyear lab( if time). If not just read THIS handout

HW

1. Here are some upcoming dates to be aware of

   1. September 29- Vector Addition Quiz

   2. October 3- Projectile Motion quiz

   3. October 5- Youtube Physics class presentations 

   4. October 10- Unit 2 Exam

   5. Buzz Lighyear Lab Report- TBD but sometime during this time frame as other assignments 

2. Decide who you want to work with for youtube physics 

3. Here are the book problems to chapter 3.  Complete the following problems in your notebook: 24,26,29,49,58

Go over hw

Vector Draft groups plan their strategy.

• overall vector draft instructions

• Vector Draft Groups

Groups have time to work on Youtube Physics - Sign Up HERE FIRST

Movie Physics( no online version.. just more practice )

HW

1. Vector Draft is tomorrow! Be ready to preform your roles

2. Work on youtube physics 

3. Vector Addition quiz is this Friday

4. Here are some upcoming dates to be aware of

   1. September 29- Vector Addition Quiz

   2. October 3- Projectile Motion quiz

   3. October 5- Youtube Physics class presentations 

   4. October 10- Unit 2 Exam

   5. Buzz Lightyear Lab Report- TBD but sometime during this time frame as other assignments 

Vector Draft

Vector Addition Practice problems

Extra time- Work on youtube physics 

HW

1. If you have  a logo for the vector draft email me a photo of your logo( share it with me). We will vote on the best one( not including your own) and have some extra credit up for grabs!!

2. Quiz tomorrow on Vector Addition. I will take 5 random vectors from the vector draft list and ask you to add them( 12 minutes to take the quiz).

3. HERE is the online textbook( it is chapter 3). Here is the folder for projectile motion problems & answers 

4. Here are some upcoming dates to be aware of

   1. October 2- Vector Draft final handout is due- hard copy.

   2. October 3- Projectile Motion quiz

   3. October 5- Youtube Physics class presentations 

   4. October 10- Unit 2 Exam

   5. Buzz Lightyear Lab Report- TBD but sometime during this time frame as other assignments 

Vector Addition quiz 

Vote for Logo of vector draft

Groups work on 1-4 of Buzz Lightyear Lab. Monday we will take data 

Conceptual questions Unit 2

HW/ Announcements 

1. The lineup of our your groups final vectors are due Monday. Page 8 hard copy. Remember to calculate the magnitude AND direction

2. HERE is the online textbook( it is chapter 3). Here is the folder for projectile motion problems & answers 

3. Continue working on conceptual questions from Unit 2 if you did not finish in class 

4. Here are some upcoming dates to be aware of

   1. October 2- Vector Draft final handout is due- hard copy.

   2. October 3- Projectile Motion quiz

   3. October 5- Youtube Physics class presentations 

   4. October 10- Unit 2 Exam. Day all of unit 2 work is done besides Buzz Lightyear. The deadline for that lab is October 18

   5. Buzz Lightyear Lab Report- October 11

Buzz Lightyear lab

1. Groups use written procedure to take data to calculate initial velocity of the projectile 

2. Groups use that velocity to predict the range. Place predicted ranges here

While not collecting data groups should

1. Go over conceptual questions hw

2. FRQ Unit 2

3. Vote for Vector Draft Logo 

Extra time- study for quiz/ work on youtube physics 

HW/ Announcements 

1. Quiz tomorrow on projectile motion. 2 questions- 16  minutes 

2. Predict the range for your given angle by Friday. Place predicted ranges here

3. Finish Unit 2 FRQ's for tomorrow

4. HERE is the online textbook( it is chapter 3). Here is the folder for projectile motion problems & answers 

5. Here are some upcoming dates to be aware of

   1. October 5- Youtube Physics class presentations 

   2. October 10- Unit 2 Exam

   3. Buzz Lightyear Lab Report- October 11

Quiz- projectile motion

Groups discuss FRQ's 

TIPERS Unit 2

Rest of time- work on Youtube Physics 

Vote for logo- had to redo from yesterday!

HW

1. Predict the range for your given angle by Friday. Place predicted ranges here

2. Youtube Physics due next class. Submit your presentation HERE

3. Here are some upcoming dates to be aware of

   1. October 10- Unit 2 Exam

   2. Buzz Lightyear Lab Report- October 11

Vote for logo- had to redo from yesterday!

Youtube Physics Class Presentations

HW/ Announcements

1. Predict the range for your given angle by Friday. Place predicted ranges here

2. Here are some upcoming dates to be aware of

   1. October 10- Unit 2 Exam

   2. Buzz Lightyear Lab Report- October 11

Go over quiz

Groups get actual range of projectile 

HW

1. Complete POGIL if not done in class

2. Unit 2 Celebration- October 10. This is the last day to submit work other than the Buzz Lightyear lab for Unit 2.

3. Buzz Lightyear lab report- October 11. Final day to submit this report Oct. 18

4. HERE is the online textbook( it is chapter 3). Here is the folder for projectile motion problems & answers 

Go over POGIL in groups

Notes: Newton's First Law & types of forces

How to draw Free Body Diagrams

• handout 

Rest of time- study/ work on missing work. HERE is a Kahoot review if interested( it says its an assignment but it is not.)

HW/Announcements

1. HERE is the online textbook( it is chapter 3). Here is the folder for projectile motion problems & answers 

2. Unit 2 Celebration- tomorrow. This is the last day to submit work other than the Buzz Lightyear lab for Unit 2

3. Buzz Lightyear lab report- October 11. Final day to submit this report Oct. 18

Unit 2 Celebration

HW

1. Buzz Lightyear Lab due tomorrow. Submit HERE . The last day to submit is October 18

Newton's Laws First Law Concept Check

Handout Forces in 2D

Notes: Tension Day 1

Start on simulation

HW

1. Finish simulation if not done in class. See link above for assignment 

1. Discuss test corrections and remediation for Unit 2- the handout will post in CANVAS after class

2. Lab : Mass V weight

• best song ever!

3. Intro into Newton's 2nd Law

• Notes- Forces on an Incline 

HW

1- Quiz- October 17 Newtons Laws( w/o friction)

2-Complete THIS handout . You are solving for EVERY force in each example.

3. Here is the online book. Here is the book problems and answers for chapter 4 forces.

Mass v weight recap

go over hw

Newton's Laws whiteboards round 1

Friction Notes- Part 1

HW

1. Quiz Tuesday- Newton's Laws( #1 & 2) no problems using friction equations.  Here is the online book. Here is the book problems and answers for chapter 4 forces.

2. Finish whiteboards round 1 if not done in class- we will not be revisiting these problems next week 

Fix the mistakes

Whiteboards Round 2

Friction Lab

• Simulation Link

• Group Lab- work on this together as a group. 

• Individual Lab- work on this on your own

HW

1. Quiz tomorrow- Newton's Laws( #1 & 2) no problems using friction equations.  Here is the online book. Here is the book problems and answers for chapter 4 forces. For the quiz tomorrow focus on problems 1-25 in the book for practice. The others we cannot do at the moment

   1. here is a great resource to practice tension problems

2. Friction Lab- Due tomorrow( both group and individual)

I have completly lost my voice and will not be in school today. While I am out do the following

1. Obviously today's quiz will be postponed!! It will be one day after I return so I can announce it.

2. Make sure your friction labs( group & individual) are finished. Make sure to submit them to CANVAS

3. Open up this folder Here and do the following problems in your notebook: 1, 3,6,12, 16, 18, 24,28,29

4. Today would be a great day to review before continuing on with the unit & adding friction. Use today to catch up

I will not be in class today. While I am out do the following

1. Go to AP Classroom and watch the video assigned to you. Make sure to take down the formulas and concepts discussed. The video is titled daily video 2. This link may or may not work to take you to the assigment. If not just log into your account

2. Read THIS handout on friction and add to your notes

3. Complete the following two handouts using the AP Classroom video and reading as a guide

   1. Friction MC

   2. Friction multi step problem

Here are the answers to both

While I am out do the following activities 

1. Take notes on THIS presentation on apparent weight

2. Go to AP Classroom and complete the MC assigned called Newton's Laws #1

3. Here are two great simulations to review 

   1. Inclined Planes.

   2. Dragging a book

I like to use these simulations to make sure I can get the magnitudes of each force

Quiz date announcement- Monday Oct 23

Review friction notes 

Whiteboards- Friction Round 1

• coefficient table 

Introduce Friction Mini-Lab activity( work on part 1 at home; work on 2-3 in class)

• for part three use a shoe!

HW

1. Finish round 1 whiteboard problems. We are not coming back to these next week

2. Newton's Laws quiz Monday. Here is the online book. Here is the book problems and answers for chapter 4 forces

3. Mini-Labs due next Wednesday. Do part 1 at home

4. To make up for being absent Tuesday & Wednesday I will be open Monday and Thursday lunch next week in addition to the available flex time & office hours

Quiz

Friction Whiteboards Round 2

Time to work on friction mini labs

Notes- Atwood machines Day 1

HW

1. Complete THIS handout

2. Newton's Laws quiz- with friction is Friday

3. Friction mini labs- due Wednesday- this is the last assignment going on q1

Groups will have 15 minutes to work on part 3 of the friction mini labs

Atwood machines with friction with class practice 

HW

1. Equilibrium practice problems if not done in class

2. Finish the atwood machine practice if not done in class- I will post the photo later

3. Quiz Friday on Newton's Laws with friction. Here is the online book. Here is the book problems and answers for chapter 4 forces. At this point all problems in the chapter are doable( some are harder than others but we have covered all of the ideas)

Groups go over

• Atwood practice problems

• Groups discuss conceptual questions & FRQs

Notes- Newton's Third Law

• handout 

• handout

Newton's Laws Activity

HW

1. Quiz tomorrow on Newton's 2nd law with friction. Atwood machines will also be included on this quiz .Here is the online book( for the quiz I would focus on Chapter 5 section 1). Here is the book problems and answers for chapter 4 forces. At this point all problems in the chapter are doable( some are harder than others but we have covered all of the ideas)

Quiz

Start of new unit--- Work & Energy

Notes- Work 

• Work whiteboard Practice problems 

HW

1. Finish work problems if not done in class

2. Go to AP Classroom & watch THIS video and add to your notes on energy 

3. Upcoming dates- 

   1. Unit 3 Exam: Forces, Energy & Work- November 9

go over hw

Notes: Types of Energy & Conservation of ME

• practice

Conservation of ME Round 1

HW

1. Read sections 7.3 & 7.4 and add to your notes as necessary

2. conservation of ME practice

Go over hw

Notes- W/KE Theorem with practice 

Start mini lab day

HW

1. Mini labs due- next Wednesday. Submit HERE

2. Complete THIS frq in your notebooks. Set a timer for 15 minutes 

3. Read section 7.2 in your textbook and add to your notes if needed

4. Here is the old book practice problems with answers for work & energy

Grade FRQ

Notes- Conservative v. Non conservative forces

Time in class for  energy mini labs
If time- Notes- Power

HW

1. Complete AP Workbook worksheet. No online copy. See Ms Lewis in class if absent

2. Energy Mini Labs due next  Wednesday

3. Unit 3 exam next Thursday. This is the deadline for all work in unit 3( this includes the energy mini labs). all work is due by class time

   1. Here is the textbook

   2. Here is the old book problems and answers to the forces chapter

   3. Here is the old book problems and answers to the work/energy chapter

   4. AP Classroom has been assigned for  practice MC for both units

Go over AP Workbook hw

Notes- Power

• mini lab

Introduce Spring Constant Lab with time to work on procedures 

HW

1. Make sure to have your two procedures written for the spring constant lab. Monday will be data collection day

2. Energy Mini Labs due next  Wednesday. Submit HERE

3. Power lab due Wednesday. Submit HERE

4. Exam- Nov 9( Forces & Work/Energy).This is the deadline for all work in unit 3( this includes the energy mini labs). all work is due by class time

1. 1. Here is the textbook

   2. Here is the old book problems and answers to the forces chapter

   3. Here is the old book problems and answers to the work/energy chapter

   4. AP Classroom has been assigned for  practice MC for both units

In class timed FRQ practice- 13 minute timer

• scoring guidelines 

Get quizzes back

Groups have time to work 

1. Energy Mini labs

2. Power lab

3. Spring constant lab-GROUPS MUST AT LEAST HAVE PROCEDURES WRITTEN. DATA COLLECTION IS WEDNESDAY 

HW.

1. Answer THESE conceptual questions 

2. Energy Mini Labs due Wednesday. Submit HERE 

3. Power lab due Wednesday. Submit HERE

4. Unit 3 exam Thursday. This is the deadline for all work in unit 3( this includes the energy mini labs). all work is due by class time

   1. Here is the textbook

   2. Here is the old book problems and answers to the forces chapter

   3. Here is the old book problems and answers to the work/energy chapter

   4. AP Classroom has been assigned for  practice MC for both units

5. Spring Constant lab due Friday November 17. Make sure to have two procedures written that are different . Data collection day is next class

Interested in potential tutoring- Click HERE 

Groups discuss conceptual questions & complete MC review 

Notes- Momentum

Extra time

• study

• work on assignments

HW

1. Unit 3 exam Thursday. This is the deadline for all work in unit 3( this includes the energy mini labs). all work is due by class time

• • Here is the textbook

  • Here is the old book problems and answers to the forces chapter

  • Here is the old book problems and answers to the work/energy chapter

  • AP Classroom has been assigned for  practice MC for both units

Newton's laws/ Work & Energy Exam

Notes- Conservation of Momentum &Types of Collisions

HW

1. Make sure you have your two procedures ready for determining the spring constant of a projectile launcher

2. Do the following problems in your notebooks

3. We have covered sections 8.1-8.5 in the textbook. Go over those sections in the online book and add to your notes as necessary

Go over hw

Discuss what needs to be done for spring constant lab( go to page 2 of the instructions)

HERE are the problems in class we did not work 

Notes- Collisions in 2D

Notes- Ballistic Pendulums

Activity- Momentum Video Analysis

•  instructions 

• Videos & check your answer HERE 

Introduce Mechanics Practical 

HW

1. OPTIONAL- Complete these two problems in your notebooks with collisions in 2D

2. FRQ Practice- Momentum- answer on the handout

3. Finish Video Analysis assignment if not done in class- make sure to check your answer ( see above for handout) 

4. Mechanics Practical- Wednesday

5. Spring Constant Lab( modified)- Due Friday

Go over FRQ 

Conceptual Questions- Momentum

Practical Practice 

If time- Final Round of Practice(if we run out of class time do this on your own if needed. my answer key is in class)

HW

1. We have covered everything for momentum. I would spend time tonight reviewing the textbook. HERE are the problems for the momentum chapter

2. Spring Constant lab( modified)- due Friday

3. Mechanics Practical- Wednesday

4. Momentum & Collisions quiz- next Monday.

   1. Here is the textbook

   2. Here are momentum practice problems from the old book

   3. AP Classroom is unlocked 

Mechanics Practical 

20 minutes- Time to work on spring constant lab or momentum practice

Notes- Rotational Kinematics

• here is the simulation we used in class

• whiteboard problems

HW

1. Spring Constant lab( modified)- due Friday

2. Momentum & Collisions quiz- next Monday.

   1. Here is the textbook

   2. Here are momentum practice problems from the old book

   3. AP Classroom is unlocked 

While I am out do the following

1. Spring Constant Lab- modified. Due tomorrow. Submit HERE

2. Watch and take notes on video 1 & video 2. 

   1. OPTIONAL-I used to give out an activity that goes with the ideas of center of mass. If you need an activity to make sure you understand the concept do this handout   

3. Complete THESE practice problems with rotational kinematics ( I would just pick a few to do. My file for the key is apparently not working so I will have the key for these problems tomorrow when I return)

4. Momentum & Collisions quiz- next Monday.

   2. 1. Here is the textbook

      2. Here are momentum practice problems from the old book

      3. AP Classroom is unlocked 

HW- make sure 1-3 is done for tomorrow's class

Quiz

Go over hw

Notes- Torque not at 90 degrees 

• torque practice from class 

• practice problems

Notes- Rotational Inertia

• practice problems

• moments of inertia table

HW

1. Finish torque practice problems if not done in class( see link above)

2. Unit 4 exam( momentum & torque December 7)

3. Here is a great video to show about the zed rule( I always use it for torque not at 90 problems)

Notes- Angular Momentum & Rotational Kinetic Energy( this is the end of the unit)

Activity- Yoyo derivations- make sure the derivations end up in your notebook

HW

1. Work through THIS handout. Make sure to show all of your work!

2. Watch THIS video about rolling without slipping( not covering this in class)

   1. here is another great video

3. Finish working on the yoyo derivation if not finished in class

4. Unit exam- December 7. 

   1. Here are the book problems for

      1. momentum

      2. torque/ rotational kinematics

   2. The chapters in the online book are 8-10

   3. AP Classroom is unlocked& check out the videos in each unit if interested 

   4. Check out the resource page!

Go over hw

FRQ practice- torque- just three today. Do the other two on your own

More time to work on Torque FRQ from yesterday

AP Classroom work time for torque/momentum to study

1. Unit exam- December 7( make sure all work is submitted by class time on December 7)

   1. Here are the book problems for

      1. momentum

      2. torque/ rotational kinematics. 

   2. The chapters in the online book are 8-10

   3. AP Classroom is unlocked& check out the videos in each unit if interested 

   4. Check out the resource page!

1. Unit exam- December 7( make sure all work is submitted by class time on December 7)

   1. Here are the book problems for

      1. momentum

      2. torque/ rotational kinematics. 

   2. The chapters in the online book are 8-10

   3. AP Classroom is unlocked& check out the videos in each unit if interested 

   4. Check out the resource page!

Groups work on Conceptual Questions on momentum & torque

Extra Credit Challenge

1. Unit exam- December 7( make sure all work is submitted by class time on December 7)

   1. Here are the book problems for

      1. momentum

      2. torque/ rotational kinematics. 

   2. The chapters in the online book are 8-10

   3. AP Classroom is unlocked& check out the videos in each unit if interested 

   4. Check out the resource page!

Notes- Circular Motion( horizontal/ & vertical circles including banked curves)

Introduce Roller Coaster Project

HW- 

1. Unit exam- tomorrow ( make sure all work is submitted by class time on December 7)

   1. Here are the book problems for

      1. momentum

      2. torque/ rotational kinematics. 

   2. The chapters in the online book are 8-10

   3. AP Classroom is unlocked& check out the videos in each unit if interested 

   4. Check out the resource page!

Unit exam

HW- Read about Roller Coaster Physics

Notes- Gravitation & Gravitational Fields

Notes- Physics of Roller Coasters

Time to work on roller coaster physics 

HW

1. Work on this handout- pick a few to do- answers on the back

2. Read through sections 6.2,6.3 & 6.5 and add to your notes 

3. Quiz Thursday on circular motion

4. Roller Coaster Physics due Friday hard copy

Notes- Gravitational Potential Energy Revisited 

Notes- Escape Velocity 

Time to work on roller coaster physics 

• Samples( for inspiration only) 

HW

1. Complete THIS handout reviewing circular motion

2. Here are the problems dealing with circular motion in the old book. Choose problems from 14- 34. The additional problems find the ones related to our unit 

3. Quiz Thursday on circular motion

   1. online book

   2. AP classroom is available 

4. Roller Coaster Physics due Friday hard copy

5. Here is a video on geosynchronous orbits if interested  

6. 
   

TIPERS- Circular Motion( no online copy)

Go over hw 

Groups work on FRQ practice- just the first one

Rest of time- work on roller coaster physics

HW

1. Here are the problems dealing with circular motion in the old book. Choose problems from 14- 34. The additional problems find the ones related to our unit 

2. Quiz Thursday on circular motion

   1. online book

   2. AP classroom is available 

3. Roller Coaster Physics due Friday hard copy

Review Activity- Here it is if you want to play again

Day 1: Work through FRQs from most recent years

• 2022; scoring guidelines  

Rest of time- work on roller coaster physics

Quiz- 30 minutes 

Rest of time work on project

Get tests back

Gallery walk of roller coaster posters

Day 2 Work through FRQs from most recent years

• 2021; scoring guidelines

A Holiday Story

Introduce Spring Investigation; Slides for lab

• groups write procedures & collect data

• once data has been collected do the following

1. discuss how each variable affects the period( as mass increases period....). Actually write this down for each variable tested 

2. graph each data- 

• • based on each graph decide how to linearize it( regraph it)

  • your lab report will need the un-linearized and linearized graph

3. come up with T=?

HW

1. make sure you have all graphs completed for tomorrows class. lab report will be due next Wednesday

1. Discuss test remediation for previous unit

2. Class discussion for T=? for spring investigation lab; Slides for lab

3. Groups have time to discuss error for lab reports

4. Mini lab- Period of a Pendulum

   1. Link

5. Handout projects

HW

1. Finish mini lab of pendulum lab #4 above

2. You have all the information you need to write your lab report on spring mass oscillator. Due Wednesday

1. Activity-Determining acceleration due to gravity with a pendulum

2. Notes: dynamics of horizontal springs

3. Start waves POGIL- use this as review from chemistry

4. Discuss Quiz

HW

1. Finish waves POGIL if not done in class- see above for link

2. Spring Mass Oscillator Lab- Due Wednesday. Submit HERE

3. Acceleration due to gravity lab due Thursday. Submit HERE What you need to turn in is 

• 3 trial data with g calculations- calculated with relevant equations. Make sure to include g for each mass in each trial. 

• conclusion based on data collected. Use numbers to make argument stronger. go back to the prove statement to guide your writing 

4. We are currently in chapter 16 of the online book. I would recommend using the weekend to recap the sections we have already covered in class this week(16.2-16.4)

1. Notes- Simple Harmonic Motion

• visuals you might find helpful

2. Springs and Pendulum practice problems( do them in your notebook or whiteboard ) 

3. discuss Wednesday's test

4. Notes- Wave Interference

• interference practice - no online copy see Ms. Lewis if absent 

• simulation

HW

1. TIPERS- Oscillations

2. Discuss the difference between a fixed and loose end for a reflected pulse. Do some research! 

3. Spring Mass Oscillator Lab- Due Wednesday. Submit HERE

4. Acceleration due to gravity lab due Thursday. Submit HERE What you need to turn in is 

• 3 trial data with g calculations- calculated with relevant equations. Make sure to include g for each mass in each trial. 

• conclusion based on data collected. Use numbers to make argument stronger. go back to the prove statement to guide your writing 

1. One of my favorite videos

2. Notes- Derivations with SHM & graphs to represent motion 

   1. Intro Video

3. Assign  Waves FRQ practice 

HW

1. Study for exam tomorrow

2. Finish FRQ practice if not done in class- see link above

3. Watch the video assigned in AP classroom & take notes on energy graphs with SHM( I will not go over this in class)

4. Spring Mass Oscillator Lab- Due tomorrow. Submit HERE

5. Acceleration due to gravity lab due Thursday. Submit HERE What you need to turn in is 

• 3 trial data with g calculations- calculated with relevant equations. Make sure to include g for each mass in each trial. 

• conclusion based on data collected. Use numbers to make argument stronger. go back to the prove statement to guide your writing 

1. Test

2. Conceptual Questions in groups

3. Introduce Light Prototype Project with times for groups to work

HW

1. Watch the video assigned in AP classroom & take notes on energy graphs with SHM( I will not go over this in class)

2. Bring any materials you may need for the light prototype project 

3. Finish FRQ practice if not finished on waves 

4. Quiz next Thursday on waves. Use the online book for practice problems & AP Classroom

Groups go over FRQ practice from Tuesday

• FRQ grading guidelines for the second one

Groups continue to work on Light Prototype Project. Today should be spent

• collecting data- make sure to pay attention to outliers & take enough data/ trials

• Graph data & linearize it

• Get a final equation

HW

1. Quiz- next Thursday on waves

• AP Classroom is unlocked

• Continue working on the online book problem set for Ch. 13

• read Ch. 13 in the textbook

• Watch the video assigned in AP classroom & take notes on energy graphs with SHM( I will not go over this in class)

2. Light prototype project

   1. Test day is Wednesday

   2. Paper is due Friday- see last page of instructions for what should be included 

1. We have finished physics 1(  yay!). Work through THESE practice MC in a group/ individually. Use your notes. It should grade itself after it is submitted

2. Waves Quiz- Thursday. Topics: everything since we have returned in to class

   1. AP Classroom is unlocked

   2. Our online book system should have practice problems listed for you to practice with

   3. Also read chapter 13 in the book

3. Light Prototype Project

   1. Test day is Wednesday. Tuesday you will have about 30 minutes of class time to continue working . That means Wednesday your light prototype should be ready to test for both your planned song and the challenge song of my choice

   2. Group paper is due Friday. See instructions for what needs to be included 

1. 20 minutes to continue working on light prototype model

-----------------------------------------

2. Go over topics of physics 2

3. Start of Physics 2- Fluids

4. Notes: density & pressure

HW

1. Quiz- Thursday on waves

• AP Classroom is unlocked

• Continue working on the online book problem set for Ch. 13

• read Ch. 13 in the textbook

• Watch the video assigned in AP classroom & take notes on energy graphs with SHM( I will not go over this in class)

2. Light prototype project

   1. Test day is tomorrow. Your prototype should be ready to go for the song of your choice & be able to be adjusted to match the mystery song

   2. Paper is due Friday- see last page of instructions for what should be included 

1. Light Prototype Day

• online metronome 

2. Time to work on paper. Due Friday

3. Study for quiz

HW

1. Quiz- tomorrow on waves

• AP Classroom is unlocked

• Continue working on the online book problem set for Ch. 13

• read Ch. 13 in the textbook

• Watch the video assigned in AP classroom & take notes on energy graphs with SHM( I will not go over this in class)

2. Light prototype project

   1. Paper is due Friday- see last page of instructions for what should be included. Submit HERE 

1. Waves Quiz

2. Pressure Activity

3. Assign under pressure virtual lab

• link

HW

1. Finish under pressure virtual lab in your notebook. 

2. Light prototype paper due tomorrow. Submit HERE. This and the quiz are the last grade on Q2. Final day to submit is Monday 

1. Notes- Recap of under pressure activity & derivation of pressure 

2. Activity- Activity: Pneumatic  Train-no online copy

3. Practice Problems- Pressure

4. Extra time- work on missing work 

HW- none :). 

All work needs to be submitted by Monday at 8:55 am to count for Q2. The last day for test remediation is Tuesday lunch

1. Notes- Intro to Buoyant Forces 

2. Activity in groups- Buoyant Force

• link

3. Continue with notes

HW

1. Read and take notes on section 9.4 in the online book. I will not cover this material in class

2. Fluids problem set in Webassign is live. You should be able to work through problems 1-6.

3. We have covered sections 9.1-9.3  in class. Review these sections in your book and add to your notes. 

4. Quiz- next Monday on fluids(including buoyant force) 

1. In groups- Fluids- TIPERS

2. Conceptual Questions- Slides

3. Rest of time- work on webassign fluids practice problems

HW

1. Finish slides 3-4 on the conceptual questions slideshow above- see link above

2. Read and take notes on section 9.4 in the online book. I will not cover this material in class

3. Fluids problem set in Webassign is live. You should be able to work through problems 1-6.

4. We have covered sections 9.1-9.3  in class. Review these sections in your book and add to your notes. 

5. Quiz- next Monday on fluids(including buoyant force) 

1. Practice Problems on Buoyancy

2. Introduce Archimedes Challenge 

• video of his discovery if your interested 

• time to plan

HW

1. Monday you will be taking data for Archimedes challenge. Make sure your procedure is ready to go for Monday's class

2. Read and take notes on section 9.4 in the online book. I will not cover this material in class

3. Fluids problem set in Webassign is live. You should be able to work through problems 1-8. I would also recommend the topic review sections of 9.2,9.3 & 9.5. Odd answers should be available and I have the answers to the evens

4. We have covered sections 9.1-9.5  in class. Review these sections in your book and add to your notes. 

5. Quiz- next Tuesday on fluids(including buoyant force) 

1. Notes- Flowrate & Continuity

2. Notes- Bernoulli's Principle

• derivation of Bernoulli's Principle 

• time to work on simulation. LINK

• Go over water tank problem & problem solving tips

• Introduce Bernoulli practice problem assignment

HW 

1. Bernoulli practice assignment is due Wednesday .

2. Tuesday you will be taking data for Archimedes challenge. Make sure your procedure is ready to go for Tuesday's class

3. Fluids problem set in Webassign is live. You should be able to work through problems 1-8. I would also recommend the topic review sections of 9.2,9.3 & 9.5. Odd answers should be available and I have the answers to the evens

4. We have covered sections 9.1-9.5  in class. Review these sections in your book and add to your notes. 

5. Quiz- next Tuesday on fluids(including buoyant force) 

1. Take practice data for Archimedes challenge. If you are not working on the lab/ taking data 

• Buoyancy practice

• work on Bernoulli practice problem set

• work on Webassign to study for quiz tomorrow

• work on AP classroom to study for quiz tomorrow- remember it is physics 2 now!

HW

1. Quiz- Tuesday on fluids(including buoyant force) 

2. Bernoulli practice assignment is due Wednesday 

1. Quiz: Fluids so far- 30 minutes 

2. Archimedes challenge test day

3. Start homework- do these problems found in the online book( topic section) in your notebook :32,36,41,43, 47 a&b only, 77,84,85

HW

1. Finish book problems if not done in class

2. Archimedes challenge handout due Friday. Bring your predictions to class Thursday

3. Fluids exam- February 8

4. Here is the equation sheet for physics 2 for your reference 

1. Finish Archimedes challenge 

2. If you are not taking data

   1. Watch THIS edpuzzle and do THIS problem- will not go over in class 

   2. Work through THESE conceptual questions- will not go over in class but good review

   3. Finish the book problems if not done so already in your notebook.:32,36,41,43, 47 a&b only, 77,84,85

3. Introduce Bernoulli challenge 

• instruction sheet

• data sheet 

HW

1. Finish the book problems if not done so already in your notebook.:32,36,41,43, 47 a&b only, 77,84,85

2. Make sure you have your guesses ready for the Archimedes challenge tomorrow. Lab is due Friday. 

3. Bring your bottle for the challenge tomorrow. You will have time to plan in class tomorrow. Test day is Friday.

4. Fluids exam- February 8. 

   1. AP Classroom is unlocked

   2. Review chapter 9 and topic questions in the online book

   3. Problems 1-11 in the online problem set is great practice for the test

   4. Don't forget about the unit resources!

1. Go over hw

2. Time to plan for Bernoulli challenge 

3. Rest of time

• go to AP classroom to practice MC( we are in the Physics 2 page)

• work on webassign practice problems #1-11 is as far as you can go

tomorrow we move on to Thermodynamics after the Bernoulli challenge!

HW

1. Work through THIS FRQ. Set a timer for 20 minutes for yourself. It is question #1

2. Fluids exam- February 8

1. Go over FRQ 

2. Bernoulli challenge day

HW

1. Read pages in your textbook. Read section 10.2 in your textbook. This goes over temperature scales. I am not going to cover this in class. 

2. Bernoulli challenge due Tuesday. Only one turn in per group

3. Fluids exam- Thursday February 8. To prepare

   1. Read over sections in the textbook: Chapter 9.

   2. Work through assigned problem set in Webassign #1-11

   3. Do more practice problems found in the topic review in the textbook

   4. Don't forget about the unit resources!

   5. Review your notes/ old problems/ conceptual questions 

   6. AP Classroom videos and problems are available for Physics 2

1. Transforming Energy

2. Thermal Energy V. Temperature 

3. Notes: Thermal Expansion

HW

1. Work these practice problems in the Cengage textbook ch. 10 # 11, 12, 16, 20, 21a,28

2.  Read and take notes on section 10.4 in your textbook. This is going over the ideal gas law. I am not going to cover this in class so make sure to take notes on the equations and do the practice problems. Look at THIS video for a recap if your interested  

1. Go over HW

2. Classwork- Derivation of KMT

HW

1.  Read and take notes on section 10.4 in your textbook. This is going over the ideal gas law. I am not going to cover this in class so make sure to take notes on the equations and do the practice problems. Look at THIS video for a recap if your interested  

2. Fluids exam- Thursday. This is also the last day I am accepting any missing work 

1. Notes: Maxwell distributions

• simulation

• practice handout

2. Kinetic Theory conceptual questions

3. Rest of time- study for exam tomorrow

HW- study for your exam. Tomorrow all work is due by 8:55 am

HW

1. finish case three of Kinetic Theory conceptual questions

1. Discuss science classes for next year

2. Conceptual questions chapter 10 - will not do in class

3. Notes: Heat Transfer  

   1. Heat Transfer Derivation- simulation

   2. FRQ practice-  question 3

4. Start book hw- see below for problems

HW

1. Work on the following practice problems in your textbook for chapter 11. Section 11.5 # 42,43,45, 48 & 50

2. Finish fluids FRQ if not done in class- will go over tomorrow

3. I have assigned Ch. 10 problem set has been assigned in cengage. Get these done by Friday

4. Notes- Look through and take notes on this presentation. We will not spend much time on this in class 

1. Go over FRQ

2. Notes

   1. Zeroth Law of Thermodynamics

   2. First Law of Thermodynamics

   3. Thermodynamic Processes 

HW

1. Do the following problems for chapter 12( in the topic review) #2,3,4,6,8,12 & 14

2. Quiz- next Tuesday on chapter 10 & 11. Chapter 10 & 11 problems have been assigned in cengage online platform. I would recommend getting this done before the quiz 

3. Notes- Look through and take notes on this presentation. We will not spend much time on this in class 

1. Identifying processes handout( just did page 3 in class do page 1 & 2 for review)

2. Go over hw

3. Practice: PV diagrams

• PV Simulation if extra help is needed 

HW

1. Finish PV diagram practice sheet if not done in class

2. Quiz- next Tuesday on chapter 10 & 11. Chapter 10 & 11 problems have been assigned in cengage online platform. I would recommend getting this done before the quiz 

1. Go over topics on quiz

2. Notes: 2nd law of thermodynamics & Heat Engines 

HW

1. Quiz Tuesday on topics covered in chapter 10 & 11. Chapter 10 & 11 problems have been assigned in cengage online platform. I would recommend getting this done before the quiz 

2. Thermodynamics Exam: February 29

While I am gone do the following(All handouts should be at the front of the room)

1. FRQ practice

2. Conceptual Questions- Thermodynamic Cycles

3. Quiz- next Tuesday on chapters 10 & 11. Topics on the quiz: 

• Sections 10.1-10.5( not including rms equation)

• Section 11.5( heat transfer)

• You will need to be familiar with the ideal gas law equation so see section 10.4

• Notes- Look through and take notes on this presentation. We will not spend much time on this in class . This material helps with chapter 11

• Both chapter 10 & 11 cengage problems are open

• AP classroom is unlocked 

4. Thermodynamics Exam: February 29

1. Pass back tests & discuss remediation

2. Go over FRQ from Friday's class

3. Notes: Entropy( last topic of Thermodynamics)

4. FRQ practice- Chapter 12

HW

1. Assign: Physics Aviary Thermodynamics- Due Friday.- remember to save your congratulations screen 

2. Finish FRQs if not done in class- will go over after the quiz

3. Quiz tomorrow on Chapters 10 & 11

4. Thermodynamics Exam: February 29

5. If you are going to remediate your test, you have until next Monday to send your email to your parents and myself 

1. Quiz- Chapters 10 & 11

2. Go over FRQ

3. Conceptual questions- Thermodyamics

4. Go over Equation sheet for thermodynamics

5. Rest of time- work on physics aviary assignment 

HW

1. Continue working on Physics Aviary Thermodynamics- Due Friday.

2. I have unlocked chapter 12 in the cengage. I would work through these before the test next Thursday 

3. Thermodynamics Exam: February 29

4. Tomorrow we are going into our new unit!- Optics 

Start new unit: Optics

1. Notes- Refraction

• activity- using THIS simulation 

• in class practice( you will need to use this table)