21-22 AP Physics Agenda

• Welcome:, get to know you activity

• Intro to course. Here are the documents discussed :

  • AP Syllabus( longer version): What will we cover

    1. 1. • Classroom Policies

• Buggy Lab Day 1: Discussion of how to write a lab report/ introduction( time to work on them)

HW/Announcements

1. Science & Society- Due Friday 8/27

2. Write sample introduction for buggy lab- Turn in Here( due tomorrow)

3. Get a binder for this course.

4. Read the syllabus, class policies, etc( look above at documents received). Fill out THIS FORM

Celebration of Knowledge- Unit 3

Conservation of Momentum Lab- part 1

Momentum Lab- Part 2( see yesterday's link to continue)

Conceptual Questions- Momentum/Collisions

FRQ practice- Momentum/ Collisions

If time- AP Classroom- Momentum Questions

Notes- Circular Motion

Notes- Banked Curves and weightlessness

HW

1- Momentum Lab Questions due Monday

2- Quiz Wednesday- Momentum & Collisions( all of Ch. 6)

3-Derive an expression to determine the minimum speed a car traveling along a banked curve can have in order to make the curve without sliding down the incline. Include friction

Notes: Apparent Weight & Roller Coasters ( vertical circles)

Go over banked curve equations from Friday( practice derivation for max & min speeds)

Centripetal Force Practice Problems

Introduce- Roller Coaster Physics Project

HW

1- Roller Coaster Project Due Nov 18

2- Quiz- Wednesday Ch. 6

Time to work on roller coaster project

Time to Study for Quiz- tomorrow on Ch. 6

Quiz- Ch. 6

Partner Collision Derivation- use THIS tool for m1 & m2

Notes: Gravitation & Fields with practice problems

HW

1- Do the following problems in your notebook pg 220# 29,31,33a, 34

2- work on roller coaster physics

Go over problems from Wednesday

Notes- Gravitational Potential Energy & Escape Velocity

Notes- Escape Velocity

Activity- Golden Record. view this link here to get a closer look of the contents

HW

1- Submit Golden Record write up HERE

2- Roller Coaster Physics- Due next Thursday. We will spend class time Monday & Tuesday working on this project

3- Read and take notes on section 7.5. I would focus on the worked examples. It also helps connecting mgh to the new equation I gave you in class

Gravitation & Circular Motion Wrap Up

Notes- Rotational Kinematics

Time to work on project

HW

1- read section 7.4 add add to notes- especially for how linear and angular connect

2-do the following problems in your notebook page 219 # 12,15,17,20,23,27

2- work on roller coaster physics

Go over problems

Notes- Torque & Equilibrium

HW

1- work on project

2-do the following problems in your notebook- pg 254 #3,5,7

Go over problems

Equilibrium problems continued

time to work on project

HW

1- project due tomorrow. submit a photo of your poster and math sheet here. Bring your poster to class as well tomorrow

Roller Coaster Project design- Due

Notes- Moment of Inertia with practice problems

HW

1. none!

Practice with rotational inertia

Notes -rotational kinetic energy & angular momentum

Challenge

HW

1- None! Have a great break!

Recap Torque with AP 1 Workbook- HERE are the slides

Notes- Angular Momentum with class practice problems

HW

1- Ch. 6,7,8 exam next Tuesday.

Conceptual Questions

FRQ practice

Go over equation sheet

investigation of SH oscillation period

Get back quizzes

HW

1- Make sure you have graphs done for each variable created. It should be the linearized data- make sure to have the graph before it was lineraized as well to show shape. Underneath each unlinearized graph, make sure to explain how to linearize the data.

2- Come up with an equation T= ? come up with this based on your graphs

3- I have unlocked questions in AP classroom for units 3& 7 for you to use

notes: dynamics of horizontal springs & vertical; conditions for SHM

Discussion on period equation

HW

1- continue working on your lab report. Start putting together your T=? Tomorrow you will get the approved equation and see how close to you got

2-Read and take notes on section 13.4

Lab- Factors affecting the period of a pendulum. Here is the website to use

Groups get actual equation for period of a spring mass oscillator and use data to graph

Practice problems- springs and pendulums

One of my favorite videos

HW

1- Exam- Tuesday Ch. 6,7,8

2- Lab Report Due Thursday

3- Make sure you have read and taken notes on section 13.4 for Monday's class - the equation generated is the LAST one on your equation sheet and I am not going to go through this but am expecting you know how to use it.

4 - If you did not finish the pendulum lab- it is due Monday

Conceptual Questions- Waves

Most missed MC on collision quiz

Time to Study

HW

1- Exam Tomorrow! Ch. 6,7,8

Celebration- Unit 4

HW

1- Lab Report Due Thursday

AP Classroom Waves- Unit 6 --> go to AP Classroom

Introduce Wave Project- pick a song and get approved by Ms. Lewis

Time to work on lab report for spring mass system

HW

1- Lab Report Due tomorrow/.SUbmit here.

2- Think of a song to choose for your wave prototype. Let me know for tomorrow's class so I can sign off

3- Waves Quiz- next Thursday

Resonance

FRQ practice- Waves

Groups have time to work on wave project

What is in AP Physics 2 - give out equation sheets

Groups continue to work on project

Get back roller coaster projects

HW

1- We are testing projects during Wednesday's class

2- Thursday- Quiz SHM

3- Monday we are doing a mock AP 1 MC practice. No need to study just want you to know

4- complete the practice FRQ in AP Classroom. Only do #1 and give yourself 25 minutes

Go over FRQ- Here are the grading slides

Time to work on prototype

Mock AP 1 Exam

HW

1- Start writing up wave prototype report- due Thursday

2- Quiz Thursday- on waves Ch. 13

3- Testing day of protoype is Wednesday

Go over AP 1 Exam

Discuss types of FRQ's on exams . Groups practice ones found here

Groups make final touches on prototype

HW

1- Make sure to have your prototype ready to go for tomorrow!

Prototype Test Day . While doing testing groups are working on

• for round 1- practice with 2 handouts from AP Classroom- no online version.

• for round 2 -practice FRQ. See here for FRQ( do #2). See Here for rubric

Groups finish writing report- Due tomorrow

Ms. Lewis Out- While I am out, below is what needs to be done

1. waves quiz. Take it here. You will have 15 minutes to take it

2. reading on intro to fluids. we will go over the problems tomorrow when I return- make sure you do them

3. submit your wave prototype here

Recap Reading with practice problems

HW- None. Enjoy your break and see you in 2022!!!

Recap ideas of fluids from before break

Activity: hyperloop is it possible?!

HW

1- none

Notes- Pascal's principle with practice

Notes :Archimedes with Practice Problems

HW

1-Read and take notes on section 9.5

Finish whiteboards from yesterday's class

Practice - Determine fraction submerged with buoyant force

TIPERS- Fluids

Introduce - Archimedes Challenge- groups brainstorm procedure

Reading- Fluids in Motion

HW

1- Reading- Fluids in Motion. Read and take notes on this document and do the practice problems in the reading. we will go over them tomorrow in class

2- Finish TIPERS if not done in class

go over finding density of an object submerged in two fluids

MC Practice on Fluids- go to AP classroom to find the MC . we are now in the physics 2 course

groups come up with procedure for Archimedes principle challenge

recap reading and go over problems in the reading

start simulation with water tower- this needs to be done by Monday. Here is the website to use

HW

1- Finish simulation if not done in class

2-Quiz tuesday- Fluids( NOT including Bernoulli)

3- Make sure you have a procedure ready for Monday to determine the name of the tested metals

Test procedure for Archimedes principle for object 1 :)

Water Tower Problems

Bernoulli practice problems

HW

1- quiz tomorrow on fluids- all except Bernoulli

2- determine the name of metal 1 from today's class

3- Do some research to determine how when velocity goes up pressure goes down. Write your answer in your notebook

quiz

Archimedes challenge for object #2

groups are given names of metals and calculate the % error if needed.

conceptual questions Ch.9 - do these in your notebook

Introduce Bernoulli's challenge- you will plan this tomorrow and test day is Friday. You will need to bring in two identical liquid bottles( water, soda, etc.) Decide who is going to bring them in

HW

1- Archimedes challenge due Thursday

2- finish conceptual questions from class

Here is a key to some of the conceptual questions from yesterday's class in case you need it

FRQ practice #1 Bernoulli - complete this in your notebook . It is FRQ #1. We will grade it tomorrow.

work on Bernoulli challenge- you can work with up to only 2 people. Make sure you do the following for tomorrow

1. determine who you are going to work with

2. write a procedure in your notebook of what you will need to do

3. come up with a materials list. Each group will need a bottle. That can be a water or 2-l soda bottle. Decide who is going to bring in the bottle and do so for tomorrow

4. determine how you are going to calculate the distance the water will land. just show the equations needed and assumptions made neatly

5. you will upload #1-4 by the end of class to CANVAS. Just take a picture or upload the document. Only one person has to submit and put your partners name in the comments.

Note there will NOT be a unit test on fluids. there will just be one more quiz that will be comprehensive of the unit. That quiz will be next Tuesday

HW

1- finish assigned work above

Go over FRQ practice from yesterday and continue with THESE

fluid flow practice - no online copy see Ms. Lewis for handout

Groups come up with a predicted range. Ms. Lewis needs to know predicted range BEFORE you test. Test day will be tomorrow

FRQ practice-

HW

1-Finish FRQ practice if not done in class

2- Challenge day for Bernoulli is tomorrow so make sure you are ready!

Go over FRQ's from yesterday

Bernoulli Challenge Test Day

Finish Fluids MC- Complete Fluids #2&3 in AP Classroom for Physics 2

if time- Notes- Temperature scales

HW

1- Bernoulli due Tuesday make sure the following is done neatly

2- Read section 10.2 and do the following practice problems in your notebook Pg 346 # 1,3,7,9

Go over practice problems from Friday on temperatures scales

Go over FRQ's from last week( did not do Friday due to Bernoulli Challenge)

Notes- Energy Transformations( Efficiency); Thermal Expansion

Time to work on book problems (346-347 # 11,12,13,16,20 )

HW

1- quiz tomorrow on Bernoulli

2- Read and take notes on Ideal Gases( section 10.4 in your textbook). This is not something I will go over but will expect you to be familiar with it.

3- Bernoulli due tomorrow. Submit here

quiz- bernoulli

Ideal Gas Law problems- extra if needed

Notes- KMT of gases and in class derivations

HW

1- make sure that you go through the derivation of P= the really long equation from page 430!

Go over Conceptual Questions

Kinetic Theory of Gases- Different Scenarios

Ch. 10- Problems- do the following in your notebook # 36,37,45,49,50

HW

1- Finish problems if not done in class

2- Quiz- Thursday- Ch. 10. Everything in the chapter is fair game

whiteboard problems from yesterday

FRQ practice- Ch. 10. Here is the key from the graphing one( it is question 6)

AP Classroom- Ch. 10( There are three MC sets available. I would do Thermo #1. The other two is more so connecting Physics 1 with 2 using momentum and kinetic energy. The other two are important ideas to be familiar with since the assumptions we use consider momentum and KE. Do 2&3 outside of class to make sure you see the connection between thermo and that unit)

HW

1- Read section 11.2-11.4. This is coming from chemistry. I would do this for Friday and split up the reading. I plan to finish ch. 11 by Friday

2- Quiz- tomorrow on Ch. 10. Make sure to pay attention to which formulas are given to you and which are not on the equation sheet

Quiz- Ch. 10

Notes on Heat Transfer with practice problems

HW

1- finish problems if not done in class( page 381 # 33,34,35,37,38)

2- continue to finish reading from Wednesday. If you need to do extra practice problems for the sections make sure to see problmes in textbook

Go over problems from yesterday

Notes- Radiation with in class problems

Notes- Work done in Thermodynamic Processes

Reading- First Law of Thermodynamics

HW

1- Finish reading if not done in class. Do the following problems in your textbook page 418 # 1,2,4a,5,8,10,13,15

2- quiz Tuesday on Ch. 11( this includes sections 11.2-11.4 that was not covered in class). Monday we will do some practice problems but you need to have read it and be familiar with the topics in those sections first! I would take notes. AP Classroom will have MC practice with this as well for your own practice

Practice with sections in Ch. 11

Go over problems from First Law of Thermodynamics

Thermo Practice. You will need the following two websites ( no online copy of this worksheet- see Ms. Lewis for copy if absent)

• Websites to use: #1 & #2( for adiabatic only)

HW

1- Study for Quiz on Ch. 11. Make sure you check the equation sheet to see what formulas are given and what you need to know.

2- Thermodynamics exam- 02/09

Quiz- Ch.11

Continue practice with PV diagrams- Thermo Practice Problems

HW

1- Finish Problems #3 if not done in class

Go over problems and continue practice. HERE is the website for extra practice problems

Notes- Heat Engines with 2nd Law of Thermodynamics

HW

1- page 420 # 24, 26, 28, 30

Notes- Entropy and discussion questions

Activity- Carnot Cycle

FRQ practice

HW

1- finish FRQ practice

start new unit!( optics)

• • notes: reflection & refraction

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

  • TIR

  • introduce new challenge

HW

Study For exam on Feb 9. Here are some other reosurces

Conceptual Questions

TIPERS- Thermodynamics

MC- AP Classroom- AP classroom will be open after Friday's class

Make sure to go over equation sheet to see what you need to make sure to memorize!

Reflection & Ray Diagrams- Plane Mirror Practice here

Groups will have time to work on challenge- each object needs their own diagram- use graph paper for this

Not using the laser or have down time- go to last Friday to see review materials for tomorrow's exam on Thermodynamics

HW

1- Celebration Wednesday- Ch. 10-12

Groups will have time to determine name of material and test glass plate

Notes- Concave Mirrors Practice . Use this simulation to check

Time to study- if time

HW

1- Study- Celebration tomorrow

Celebration of Knowledge Thermodynamics

Groups will determine name of materials in index lab- time to do error analysis

notes- concave mirror

• mirror review

HW

1- Lab due next Thursday

2- Mirror practice( optional)

3-Whiteboard Practice- this is the actual hw.

Notes- Lens

• simulation for notes

• lens worksheet

• ray tracing with lens- page 3( the other two pages are for mirrors)- optional if you need the practice

HW

1- Refraction Lab-Due Thursday next week

Lens Equation Whiteboard Practice

Notes- Combination Lens with practice

Conceptual Questions

If time- work on Index Lab

HW

1- Index Lab Due tomorrow. Submit HERE

2- Quiz- Friday ( Optics Unit so far)

Combination Lens Practice

Optics Lab- Start Part A Will finish on a cloudy day need a really dark room!

FRQ Practice

Wave Notes- Wave POGIL

HW

1- Finish FRQ & POGIL if not done in class

2- Quiz tomorrow on all of optics so far

Quiz

Groups go over waves POGIL

Start Notes- Waves

• wave speed practice

• Notes- Wave Interference with practice

HW

Note- We will do the optics lab when its a cloudier day. Stay tuned

1- Take notes on this presentation

Notes- Polarization with AP Classroom Practice. simulation

Notes- Interference Patterns

• simulation used

HW

1- Read this handout and view this presentation on Young's experiment. take notes . here is a useful simulation for the double slit as well as a video

Recap- Young's Double Slit and Small Angle Approximation

Handout- Young's Recap

Groups determine procedure to determine slit spacing

HW

1- Have procedure ready to go for next class to take data!

2- Read and take notes on section 24.1-2 & 24.5-.9 and take notes

Optics Bench Lab

HW

1- Optics Lab due Friday- this will be turned in hard copy

2- Waves Continued Practice ( just page 1&2)

Groups go over hw

Data Collection- Diffraction Lab

Notes- Thin Film Interference

• here is the simulation used

HW

1- Optics Bench Lab Due tomorrow

2- Handout- Thin Film Interference

FRQ Practice- Waves/Optic Units

TIPERS- Waves/ Optics - some images are not shown well. do the best you can

Intro into new unit:

• lab handout

HW

1- Optics/Waves exam next Friday. Monday there will be some time for conceptual questions, looking over equation sheet and AP classroom practice. However we will be continuing the electric forces unit as well.

2- Diffraction write up due Wednesday . this is what you need to turn into CANVAS

• Goal of Lab

• Procedure- with included sketch of situation( included variables measured)

• Data Table

• Graph( unlinearized and linearized). Value of d given from graph. show this calculation

• conclusion

  • error analysis

  • error

  • improvement

  • future studies

Go over equation sheet for waves/optics

AP Classroom Practice time for MC review

Notes- Charging Objects

HW

1- Work on separation distance lab for double slit experiment. A place to submit will be available tomorrow

Work on lab report and study for test Friday

Diffraction write up due Wednesday . this is what you need to turn into CANVAS

• Goal of Lab

• Procedure- with included sketch of situation( included variables measured)

• Data Table

• Graph( unlinearized and linearized). Value of d given from graph. show this calculation

• conclusion

  • error analysis

  • error

  • improvement

  • future studies

HW

1- Submit your lab here.

In my absence do the following

1. Read and take notes on the paragraphs at the top of page 499 about the Millikan experiment. Read and take notes on section 15.3 in your book . make sure to pay attention to the worked problems in the section .

2. Do the following problems in your notebook page 524 # 1,2,4,5,8,10,11,12( these are the problems NOT conceptual questions)

3. Conceptual Questions for waves- already done for optics - there will be hard copies in the room for you.

HW

1- make sure to do all of the above for tomorrow's class

Go over problems from yesterday

Activity- Calculating number of electrons transferred to a balloon

HW

1- Waves/ Optics Exam Celebration tomorrow

Waves & Optics Celebration

HW

Electric Forces Forever!

Notes - E fields

• phet

• drawing handout

HW

1- Electric Forces Forever due Thursday

Superposition of E field with practice

Conceptual Questions

If time- uniform field notes

HW

1- read and take notes on section 15.5-15.7

Notes- Electric Potential of point and uniform charges with practice

Activity- Investigating Field Lines - page 4, no online sharable copy so see me if absent

Reading- Electric Potential

HW

1- Electric Forces Forever due tomorrow( turn in Friday since Ms. Lewis out tomorrow)

2- Finish reading if not done in class

Ms. Lewis out- while I am not here do the following

1. Practice- Electric Potential& gravitational potential( there should be hard copies for you) .

2. pHet- capacitors( there should be hard copies for you).

HW

1- Read and take notes on section 16.3-4

connecting forces to AP1- no online copy see me if absent

Recap Electric Potential

HW

1- quiz Tuesday on everything except capacitors

2- do the following problems in your notebook page 563 # 11,12,15

Next Week

• capacitors

• start of circuits!

Equilibrium Practice

FRQ Practice

Jamboard- EPE- will not have time in class. so do on your own

Topographic Maps and Electric potential

Notes-Cathode Ray Tubes

Start of capacitors in series and parallel

HW

1- quiz tomorrow

2- spend 13 minutes doing the FRQ from today's class

Quiz

Notes- Capacitors in series and parallel with practice

HW

1- do the following problems in your notebook page 564 # 29,30,31,34,35,43,44,48, 49. For number 49 you will need to look at sections 16.10. we will go over these Thursday

Physics of defibrillators

Notes- Potential Energy and capacitors

Practice capacitor problems- was done on board, no online version

Hw

1- Finish problems from 3.15

2- Read the following sections in your notebook and take notes( 17.1-2)

Go over capacitor hw problems

Activity- How to light a bulb

notes on resistance

practice- calculating r total

activity- reading a voltmenter and ammeter

mini-lab- connecting voltage to current and resistance

• if absent complete this lab using this link

HW

1- Make sure you have read sections 17.1&2

2- finish lab from class

calculating r total practice

notes- current ,images in circuits

go over lab

notes- parallel and series circuits

• pHet- circuits

HW

1- finish two phet handouts from class

next week

1- conceptual questions with series and parallel with practice and electrical power

2- combination circuits

3-- Kirchhoff rules

4- Electromotive Force

5- Creating circuits and day with generators !

go over pHet

notes- series and parallel with practice

conceptual questions- series and parallel

practice- combination circuits

HW

1- read and take notes on section 17.8

2- finish conceptual questions for series and parallel

groups discuss conceptual questions

conceptual questions for combination circuits and continued practice with combination circuits

notes- Kirchhoff's rules with practice problems

HW

1- Read and take notes on section 17.5 and view example 17.4

2- Finish Kirchhoff rule practice problems if not done in class

Go over board problems

last round of practice with Kirchhoff

AP classroom practice- some of these questions deal with resistivity notes from last night

HW

1- read and take notes on section 18.1. This is the last new topic for this unit

After spring break- the exam for circuits/forces & fields will be April 8

Kirchoff continued practice

FRQ Practice

time to enjoy building circuits

• here is the handout

HW

1- none! Enjoy your break. After the break we will discuss the scenario with resistors and capacitors.

Notes- RC Circuits

Practice Problems with RC circuits

Go over material on Unit Exam- April 8

FRQ practice

HW

1- Finish FRQ practice if not done in class

2-I would use today to gather materials to start studying.. AP Classroom in unlocked for unit 4. We will be starting with magnetism tomorrow with some time blocked Thursday to study( about half of the class)

3- You will sign up for a time to build a circuit which will be a separate grade in addition to your unit exam. Sign up times are here

Notes

• magnetic domains

• magnetic fields and forces for a charged particle( right hand rule #1) with practice

Practice Problems: page 651 # 2,3,5,6,9,29,30,

HW

1-Complete practice problems

2- Study for Exam- April 8

Go over hw

Notes- Magnetic Force of a current carrying wire

Notes- Magnetic Field of a current carrying wire with RHR #2

Notes- Particle near a current carrying wire

simulations used( #1, #2)

Conceptual Questions

If extra time- circuit building

HW

1- Finish Conceptual Questions if not done in class

2- study

Go over conceptual questions

FRQ practice- current carrying wire - just the bottom question

Notes- Magnetic Force& Field on 2 current carrying wires

Rest of time- Study

HW

1- Exam tomorrow. Test on Capacitors and Resistors in circuits. AP Classroom has practice MC questions.

Celebration- Circuits!

HW

1- None enjoy your weekend

Next Week

• quiz Wednesday- magnetic force and fields for a charged particle AND current carrying wires

• Comparing gravitational, electric and magnetic forces

• magnetic flux

• Magnetism Exam: April 21

• Assign research project

Notes -Comparing gravitational, electric and magnetic forces

Conceptual questions with current carrying wires - only pages 1-2

Mass Spectrometers - activity. you will use THIS link

HW

1-Finish spectrometer activity if not done in class

2-Quiz Wednesday- magnetic force and fields for a charged particle AND current carrying wires . Tonight would be a good night to review Ch. 19 since we only have one more topic that we will discuss tomorrow before moving on to Ch. 20. I am not assigning book problems for section 19.7 but I would do the odd problems so you can check your work

3-- See the new sign up for circuits- mainly for my Tuesday Flex sign up since we do not have Flex tomorrow

Notes- Combination of Fields and Forces on particles with different speeds

Notes- Solenoids and RHR #3

Notes- motional emf- simulation used ( video: voltage vs emf)

Faraday's Experiment

HW

1- Quiz tomorrow . HERE are some practice problems with the answers below. your quiz will be on sections 19.3-19.8 skipping the section on torque! Make sure you are familiar with your direction rules

2- Finish Faraday's Experiment if not done in class

Quiz

Show exam review materials in CANVAS and in AP Classroom

Notes- Magnetic Flux

Notes- Lenz Law

HW

1- Lenz Law Practice

2- Finish FRQ practice from previous week do 1977B3

3- In your notebook, discuss how lenz law is an application of the conservation of energy

Go over Lenz Law and FRQ practice

notes- calculating magnitude of induction

FRQ Practice with Lenz and Faraday

Assign- Photo Physics

HW

1- Finish FRQ practice if not done in class

2-read THIS handout about types of magnetic materials

3-induction quiz April 21( chapter 20) . AP classroom is unlocked- unit 5b

4- Photo Physics Due Tuesday

5- Make sure you are staying on top of your circuit building sign up!

go over FRQ practice

Notes- Composition of an atom and radioactive decay- Practice

Time to work on PhotoPhysics

HW

1- Photo Physics- Due tomorrow. Submit here

2- Quiz April 21 on induction. AP classroom is unlocked

3- In your notebook do the following problems page 969 # 25-28, 38-39

Radioactivity Notes continued

Notes- Energy Mass Equivalence

HW

1- Read THIS handout and complete these problems in your notebook

Notes- energy absorption and emission of electrons

Notes- Photoelectric Effect with practice

Leftover time- AP classroom- Induction

HW

1- Quiz tomorrow on induction - section 20.1-4

Quiz- Induction

Review- Circuits/Forces

Notes- Momentum of a Wave & Compton Scattering

FRQ Practice

HW

none

Modern Physics MC Practice- AP Classroom

FRQ Practice-modern physics

HW

1- Take a practice AP exam- find on my website of ap classroom

Derivation Practice

Activity- Match the Graph. Desmos

Kinematics Activity. Google Link in case CANVAS is NOT working- make a copy

HW

1- Upload your Kinematics Activity

2- Take a practice AP 1 exam- find on CANVAS or AP Classroom

Continuation of Derivation Practice problems 3-4

Time to finish yesterday's challenge

Challenge- Measuring Coefficient of Friction

HW

1- Finish Friction Challenge

Continuation of Derivation Practice problem 5-6

Finish Coefficient Friction Challenge

HW

1- Take a practice test for Physics 1( either in CANVAS module OR AP Classroom)

Derivation problem 7-8

Energy Scramble

FRQ Practice- Quantitative- Qualitative Transition day 1( problems 1 &2)

derivation 9-10. HERE is a complete set of the problems from the past week

There has been a crime!

HW- I would take a practice test( either for physics 1/2). See AP Classroom or the canvas review module

Next week

• continue with quantitative- qualitative transition

• circuit challenge

• MC practice for physics 1 &2

Linearization Review - Old Presentation

QQT Translation Day 2

Circuit Activity

Practice MC- Physics 2- see link below

HW

1- Take this practice MC for Physics 2. Write your answers in your notebook

Finish QQT activity

Groups grade Physics 2 MC practice- HERE is the key

MC Practice- Physics 1

HW

1- Finish MC practice if not done in class

Grade FRQs from yesterday

HERE is the key from the MC review Tuesday

Free Response Grading

Physics Misconceptions Round 1

In class timed FRQ- #4 on 2017 & #1 on 2016. Scoring guidelines can be found for the 2017 AND the 2016. If not in class exactly 26 minutes was given for both to complete

Physics Misconceptions Round 2

Introduce Final Project

HW

1- Take both of the practice exams - read the instructions below!

• here is a self evaluation for a physics 1 exam -for AP Classroom Physics Practice MC #1

• here is a self evaluation for a physics 2 exam- for AP Classroom Physics Practice 2017

Physics 2 Practice Timed FRQ( #2)- Here is the FRQ Here is the grading rubric

Topic Review: Collisions & Torque

Practice MC- from topic review

HW- Finish Practice MC- go over tomorrow

go over MC practice from topic review from Physics 1

Topic Review Physics 2

• optics: presentation, ray diagram practice #1 & #2

• fluids:

  • buoyancy presentation

  • other fluid topic presentation

If time- Physics 1 Jeopardy- did NOT get to

HW

1- Let me know who you are working with for the final project HERE

Presentation- Day Before your Exams.

Time to work on

• multiple choice

• FRQ

• final project

HW

1- Thursday/Friday AP Physics Exam! Do what you need to do in terms of preparing( review practice exams, get some rest, etc) Make sure to bring your calculator, pencil, and a ruler to the exam tomorrow. Be on time!