Quarter 3- AP Physics 2

1. If you would like to ask me any questions click on THIS link( Google Meet link)  from 10 am to noon today

2. We are now in the Physics 2 CANVAS page so look there moving forward!

3. Continue with Heat Transfer

•  Finish Heat Transfer Activity- upload a photo HERE. Make sure it is a clear photo(s)

• Go to AP Classroom: if you are not enrolled yet in AP Classroom here is the code:YXQR24  

  • • watch AP Classroom video : 9.5 Daily Video 2. This video is quick about 5 minutes. Start your notes. Title " Heat Transfer: Conduction"

• Continue with Heat Transfer Notes: Add this into you notebook 

• AP Classroom MC practice quiz  on Heat Transfer. This is only 3 questions 

HW
1. Finish the 4  items for heat transfer

1. We will meet at 9am at THIS Google Meet Link

2. Recap Heat Transfer in breakout groups- using THESE slides

• In your groups have one person make a copy and share with people in group

• Discuss the three questions and write your answers in another color

• Have one person share their screens in your breakout room so I can check when I go into each room

3. Notes: Thermal Expansion

4. Rest of class time -work on practice handout. in your notebooks. Finish for HW

1. Go over thermal expansion homework problems( answer key HERE)

2. Notes: slides of pictures & assumptions

• Add to previous notes on heat( need to give you a formula)

• Laws of Thermodynamics( Just 0th Law)

• Kinetic Energy of Gases 

HW

1. Complete THIS packet ( hardcopies given out in class)  Some of this can be tricky so try your best. Case 3 is challenging but try your best

1. Derivation practice continued 

2. Continue working on Kinetic Theory assignment (THIS packet) from yesterday( 15 minutes)

3. Notes

• Ideal Gas Law 

HW

1. For Monday

• Complete THESE three conceptual questions( hardcopies given in class) for Monday

• Complete THIS WORKSHEET( hardcopies given in class) for Monday

2. Finish (THIS packet) if you did not finish in class today

3. Optional: If you need a refresher on ideal gas law, I assigned 3 AP classroom videos that should help. 

For class today we will meet using THIS Google Meet link 

1. Go over homework in groups

•  Ideal Gas Law conceptual questions. Answers

• Ideal Gas Law problems THIS WORKSHEET. Answers 

2. Notes:

• First Law of Thermodynamics & Ideal Gases Processes 

HW

1. Ideal Gases Processes. Download this in KAMI or print if you have the option. Hopefully these two links work for you

For class today we will meet using THIS Google Meet link 

1. Groups go over homework. ANSWER KEY

2. Notes

• Visualizing Ideal Gas Processes & Applying 1st Law of Thermodynamics to each process

• Solving PV Diagrams 

  • Go over all forms of equations so far 

  • PV diagram simulation for extra practice

HW

1. Go over practice problems done in class. 

2. Read THIS handout and add to notes as necessary. This is a good recap 

3. Complete THESE practice problems. Due tomorrow

While I am not in class do the following activities.

I would recommend doing this with a partner. Take your time as you are doing these. Some of the questions are straight forward some require more critical thinking

1. Go over homework  with your partner 

2. Handout: Thermodynamics questions so far. 

• Hardcopies should be at the front with the substitute. If not then open the document and complete online/ KAMI/ or in your notebook

3. Handout: PV diagrams & Pressure.

• Hardcopies should be at the front with the substitute. If not then open the document and complete online/ KAMI/ or in your notebook

• When you are drawing the FBD for one of the pistons, don't forget that P=F/A!

4. Go to AP Classroom: and complete the practice MC titled Thermodynamics Practice #1

• This MC covers everything we have studied up until this point including ideal gas processes & PV diagrams . These questions are in random order 

HW

1. Make sure 2-4 on the agenda is complete for class tomorrow. 

1. New seats!

2. Notes: Engine & PV diagrams

3. Assign homework

• PV Diagrams- hardcopies given in class. Finish in for hw if not done in class 

• Physics Aviary Thermodynamics- due next Wednesday. Hardcopies given in class

HW

1. PV Diagrams- hardcopies given in class. Finish in for hw if not done in class 

2. Physics Aviary Thermodynamics due next Wednesday

3. Thermodynamics Exam: February 16

1. Groups go over PV diagrams practice 

2. PV diagram practice problem

3. Notes

• 2nd Law of Thermodynamics & Carnot Efficiency 

HW

1. Do the following activities for Tuesday's class

• Watch & take notes on the video assigned in AP Classroom " 9.1 Daily Video 2". It about 10 minutes. I will not cover this in class. 

• After you watch the video, take the practice quiz in AP Classroom " Kinetic Theory of Temperature and Pressure Quiz". The quiz is 9 questions

• Complete FRQ Practice- hardcopies passed out in class

2. Physics Aviary Thermodynamics due next Wednesday

3. Thermodynamics Exam: February 16

1. Thermodynamics- Review Kahoot!

2. Groups go over FRQ problems

3. Heat Engine Practice  Problems

4. Notes: Entropy( this is the end of Thermodynamics)

5. AP Classroom MC Practice on entropy

HW

1. Physics Aviary Thermodynamics due tomorrow

2. Thermodynamics Exam- February 16. Below you will find some study resources

• Don't forget about AP classroom!

• concept review 

• Kahoot!

• practice test 

• direction of process 

• things you should know

• efficiency 

• practice problems

1. Check Physics Aviary. While I am doing that, work on Sample FRQ- see link below

2. Sample FRQ problem done in pairs

• Answer Key

3. Final Thermodynamic Activities- work on in groups. Working on getting a link for the second activity 

• TIPERS Thermodynamics 

• Activity: Cyclic Processes 

HW

1. Finish thermodynamic activities if not done in class. Great review for exam

2. Thermodynamics Exam- February 16. Below you will find some study resources

• Review old notes, hw,  practice problems/ worksheets 

• Don't forget about AP classroom! I unlocked an FRQ for your to practice with as well as an additional MC practice . Also review past MC practice. 

• concept review 

•  Kahoot!!

• practice test 

• direction of process 

• things you should know

• efficiency 

• practice problems

1. Thermodynamis Practice MC

2. Day 1 with Dr. Erickcek

HW

1. Thermodynamics Exam- February 16. Below you will find some study resources

• Review old notes, hw,  practice problems/ worksheets 

• Don't forget about AP classroom! I unlocked an FRQ for your to practice with as well as an additional MC practice . Also review past MC practice. 

• concept review 

•  Kahoot!!

• practice test 

• direction of process 

• things you should know

• efficiency 

• practice problems

1. Day 2 with Dr. Erickcek

HW

1. Thermodynamics Exam-Monday . Below you will find some study resources

• Review old notes, hw,  practice problems/ worksheets 

• Don't forget about AP classroom! I unlocked an FRQ for your to practice with as well as an additional MC practice . Also review past MC practice. 

• concept review 

•  Kahoot!!

• practice test 

• direction of process 

• things you should know

• efficiency 

• practice problems

Thermodynamics Exam

Start of New Unit: Optics!

1. Notes- Refraction

• Activities- both use THIS SIMULATION . hardcopies given in class 

  • Rules of Refraction 

  • Refraction lab

2. Introduce challenge 

HW

1. Finish lab if not done in class 

2. Do THESE problems in your notebooks

• you will need to use THIS TABLE 

3. challenge lab due Tuesday . You will have class time tomorrow & Thursday to work on the challenge. If more time is needed your group will need to come in during FLEX time

1. Groups go over homework

2. 30 minutes given to work on challenge 

3. Notes- Total Internal Reflection

• Simulation; link

HW

1. Finish simulation activity if not done in class

2. Continue working on the refraction challenge . Tomorrow groups will have 20 minutes tomorrow to continue working on the lab

1. Continue with Refraction  Lab challenge : 20 minutes

• here is table for index of refraction 

2. TIR Review: complete these problems 

• you will need to use THIS TABLE 

3. Notes: Reflection & Plane Mirrors

4. Rest of time- start hw. See below 

HW

1. Do these two worksheets on plane mirrors

• Practice handout 1

• Practice handout 2

2. For this unit, we will be revisiting waves. We have already studied waves previously in physics 1. Watch the video in AP Classroom to review what we previously studied.

• Title" 13.1 Daily Video"

3. Refraction Lab challenge - Due Thursday. You will submit this to CANVAS. Monday you should have the names of the materials so your group and do percent error.

1. Go over refraction lab challenge. Groups have time to discuss error 

2. 20 minutes: Reflection Lab

3. Notes: Concave Mirrors

• handout- simulation to check

• ray tracing practice

HW

1.  ray tracing practice concave mirrors

• just do the two that says concave. 

2. Reflection Lab due Wednesday. I will check at the start of class

3. Refraction lab challenge  due Thursday. Submit HERE to CANVAS

Class time today will be spent working on

1. Reflection Lab due tomorrow

2. Mirror ray tracing practice for concave mirrors- just the two that say concave 

3. Refraction lab challenge due Thursday

1. Check reflection lab in notebooks

2. Go over concave mirrors

• handout- simulation to check

3. Notes: Convex mirrors

• ray tracing practice for convex mirrors- do the two that says convex

• mirror review-  finish for hw if needed 

4. Mirror continuation

• Mirror equation & sign conventions 

5. Extra time- start hw- see below 

HW

1. Complete these Practice Problems . Hardcopies passed out in class 

2. Refraction Lab challenge due tomorrow. Submit HERE

1. Go over mirror  Practice Problems . 

2. Notes- Lens

• simulation for notes- handout

• ray tracing with lenses( page 1 & 2 is more mirror practice)

• Lens practice problems 

3. Start HW: 

• Problems- Lens

Images to add for notes

• sign conventions for mirrors

• sign conventions for lens

HW

1. Finish Problems- Lens if not finished in class

1. Lens/ Mirror Kahoot!

2. Lens/ Mirror Recap

3. Notes- Combination Lens

• practice problems( no online copy. if absent get the problems from a peer )

4. Assign FRQ practice

HW

1. Finish FRQ practice if not finished in class)

1. Groups discussFRQ practice 

2. Optics Bench Lab Day 1

HW

1. Optics Bench Lab due next Monday. I would complete the sections your group finished in your official writeup

1. Optics Bench Lab Day 2

HW

1. Optics Bench Lab due next Monday. I would complete the sections your group finished in your official writeup

While I am not in class do the following. 

1. Answer THESE conceptual questions- handout should be at the front of the room

2. Go to AP Classroom and complete the MC practice. Spend time going through each question. There are 18 questions. Each of you have more than enough time to finish this in class. Work with a partner to go through these. 

• Title of MC practice" Unit 13 MC Practice"

3. Optics Bench Lab  is due Tuesday. You will submit this lab hardcopy. Use the time to continue working on the lab. Make sure the diagrams are neat , lens labeled and object/image distance are labeled as well. Use a straight edge to do all drawings!

HW

1. Optics exam March 16. Here are some resources( I will add to this list)

• Mirror/ Lens cheat sheet- dosen't have concave mirror / diverging lens

• ray tracing practice( mirrors & lenses)

• Optic Topic List 

• multiple choice practice

• summary sheet of some topics

• Harmonic practice( closed/ closed)

•  concept sheet

  • really big packet( some we did not cover- not responsible for info--just go to what we studied)

  • old unit review

• practice MC

1. Continue with Optics Bench Lab

• Groups given 30 minutes to continue working on optics bench lab

• Discuss part 7 of lab

2. Notes- Waves Speed

• simulation

• handout

HW

1. Take notes on this presentation 

2. I assigned some AP Classroom videos if you need to refresh on AP1 topics 

3. Optics Bench Lab due Tuesday. 

1. Warm-up: Optics Bench Question

• this question is similar to a previously given FRQ. Here is the original FRQ

2. Go over waves worksheet

• need more information on the E-M Spectrum - watch AP Classroom 14.4 Daily video 2 for additional notes 

3. Notes-Polarization, Doppler Effect & Superposition 

• simulation for Polarization

• Simulation for doppler effect

• practice worksheet: Doppler Effect

• Superposition simulation

• Superposition practice worksheet

• Superposition worksheet- finish for HW if not done in class

4. Extra time: Work on optics bench lab

Exam date changed March 19

HW

1. Watch AP Classroom video 14.3 Daily Video 1( 7 minutes) and add to your notes. I will not cover this in class

• here is a great resources that explains this topic if you need more!

2. Optics Bench Lab  due tomorrow

1. Turn in optic bench lab

2. Notes

   1. Beats

• beats simulation

2. 2. Standing Waves & Harmonics

• Best video of all time!

• Harmonic Simulation 

• Closed closed practice

• Open Closed practice

• open open practice 

HW

1. Finish practice worksheets if not done in class- see above for all 3

2. Watch AP Classroom video 14.6 Daily Video 5 and add to your notes on standing waves/ harmonics 

3. View this simulation. Sound waves are longitudinal. Imagine the troughs are rarefactions and the crests are compressions. 

• For the simulation explain & add to your notes

  • how distance( wavelength) contributes to the amount of sound heard. 

  • When would the sound be at a maximum & when would it be at a minimum

4. For class Thursday, do the following before class

• Read this handout and view this presentation on Young's experiment. take notes . 

• In case you need it: here is a useful simulation for the double slit as well as a video

5. Optics exam March 19. Here are some resources( I will add to this list)

• Mirror/ Lens cheat sheet- dosen't have concave mirror / diverging lens

• ray tracing practice( mirrors & lenses)

• Optic Topic List 

• multiple choice practice

• summary sheet of some topics

• Harmonic practice( closed/ closed)

•  concept sheet

  • really big packet( some we did not cover- not responsible for info--just go to what we studied)

  • old unit review

• practice MC

• Sound Conceptual Questions

1. Time to work on harmonics worksheets

• Closed closed practice

• Open Closed practice

• open open practice 

2. AP Classroom MC practice for topics covered since Friday( wave speed--> harmonics)

• if you were not in class I would highly reccomend this 

• Title of practice " Optics Part 2"

HW

1. Finish practice worksheets if not done in class- see above for all 3

2. Watch AP Classroom video 14.6 Daily Video 5 and add to your notes on standing waves/ harmonics 

3. View this simulation. Sound waves are longitudinal. Imagine the troughs are rarefactions and the crests are compressions. 

• For the simulation explain & add to your notes

  • how distance( wavelength) contributes to the amount of sound heard. 

  • When would the sound be at a maximum & when would it be at a minimum

4. For class Thursday, do the following before class

• Read this handout and view this presentation on Young's experiment. take notes . 

• In case you need it: here is a useful simulation for the double slit as well as a video

5. Optics exam March 19. Here are some resources( I will add to this list)

• Mirror/ Lens cheat sheet- dosen't have concave mirror / diverging lens

• ray tracing practice( mirrors & lenses)

• Optic Topic List 

• multiple choice practice

• summary sheet of some topics

• Harmonic practice( closed/ closed)

•  concept sheet

  • really big packet( some we did not cover- not responsible for info--just go to what we studied)

  • old unit review

• practice MC

1. Add to notes on harmonics with speed of wave & tension

2. Recap diffraction notes from homework

• diffraction simulation 

3. Practice problems- not page 2, we will cover this tomorrow

HW

1. Finish practice problems

2. Watch 14.8 Daily Video and add to your diffraction notes

3. Extra Practice( optional):Work on THIS RECAP worksheet - just page 1

1. Notes: Thin Film Interference- if you missed class get the notes from someone!

• practice-thin film interference. see below for link. just page 2

HW

1. Practice problem- page 2. The other pages are good practice problems for the test next week

2. Start FRQ Practice- just do 1990B6 

• the other two are great practice

3. Optics exam March 19. Here are some resources

• Mirror/ Lens cheat sheet- dosen't have concave mirror / diverging lens

• ray tracing practice( mirrors & lenses)

• Optic Topic List 

• multiple choice practice

• summary sheet of some topics

• Harmonic practice( closed/ closed)

•  concept sheet

  • really big packet( some we did not cover- not responsible for info--just go to what we studied)

  • old unit review

• practice MC

• Extra Practice( optional):Work on THIS RECAP worksheet - just page 1

• Sound Conceptual Questions

1. Go over pracitce problems & FRQ's

2. Discuss thin film interference with frequency 

--------------------------start new unit: Electrostatics------------------------------------

3. Notes( we will see how far we get)

• Electric Force both 1 &2 D

  • practice problems for notes- working on getting a link that works!

HW
1. Watch 2 videos in AP Classroom and take notes. The two videos are 10.2 Daily Video 1&2. I will not cover this material in class

• Here is an older simulation we used to do in class with this information

2. start practice problems - problems 1-5 can be done from class today. We will go over this next Monday

3. Optics Exam: Thursday

1. Optic MC Practice & Worked Problems

2. Activity: Electric Forces Forever!

3. Continue with Electric Force Notes( we will see how far we get)

• Equilibrium notes

4. Extra time: Study

HW

1. Optics Exam- Thursday. Here are some resources

• Look over notes & practice problems

• Don't forget about AP Classroom MC practice! 

• Mirror/ Lens cheat sheet- dosen't have concave mirror / diverging lens

• ray tracing practice( mirrors & lenses)

• Optic Topic List 

• multiple choice practice

• summary sheet of some topics

• Harmonic practice( closed/ closed)

•  concept sheet

  • really big packet( some we did not cover- not responsible for info--just go to what we studied)

  • old unit review

• practice MC

• Extra Practice( optional):Work on THIS RECAP worksheet - just page 1

• Sound Conceptual Questions

2. Finish up problems if not done in class . Will go over this Monday

3. Electric Forces forever due next Tuesday

Optics Exam

HW
1. Finish solving for x for the equilibrium problem from Wednesday

2. Finish practice problems.

3. Electric Forces Forever- due Friday

1. Get exams back

2. Go over practice problems

3. Activity: Electric Force Problem- Balloons( did not get to)

4. Notes- E fields( we will see how far we get)

• class problems - working on getting the link

HW

1. Watch THIS video and take notes. You just want to have an understanding of electric potential we will need to cover equations for a uniform/ nonuniform field tomorrow & Wednesday in class.

2. Electric Forces forever due Friday

1. Recap of Electric Force & Fields

• Practice problems

• Activity- Investigating Field Lines

2. Notes: Electric Potential Energy in a non-uniform field

HW
1. Complete these activities below

• Conceptual Questions

• challenge problem: try it out!

1. Go over conceptual questions

2. Continue with Electric Potential Energy 

• finish notes from yesterday

3. Notes

• Electric Potential & potential difference

• Uniform Electric Fields

4. Go over all equations from this unit

HW

1. Work on these conceptual questions

2. Watch this video and take notes on Equipotential Lines ( really important!)

3. Optional: Complete the AP Classroom practice: Electric Potential Energy

1. Groups go over conceptual questions

2. Practice problems with

• electric potential energy & electric potential in uniform field

• extra practice if needed: Cathode Ray Tubes/ Millikan's Oil  Drop 

3. Start: Capacitors

• Notes: Capacitors & Capacitance

  • work on this  Simulation; handout. Just part A

HW

1. Finish 1-6 of the simulation. After you finish, go through THESE notes and add to your notebook. There are two practice problems( 1 for each equation) to try. Tomorrow in class we will pick up with how to use these two equations

2. Watch these 2 videos and take notes- this is really important for tomorrow

• Capacitors in series

• Capacitors in parallel 

3. Electric Forces forever  assignment due tomorrow

4. Won't have time for this but if interested: FRQ practice. Great overview of Electrostatics 

1. Go over simulation & equations 

2. Notes- Capacitors in Series & Parallel

• Practice Problems

• More practice with capacitors in series & parallel. No online copy see Ms. Lewis or classmate for problems

HW

1. Have a great break!

1. Recap Capacitors in circuits

2. Notes- Capacitance & Energy with practice

HW

1. Complete problems 30, 31,33, 34, 35  and 44a. Upload a photo of your work HERE. Due tomorrow

2. Our next exam will cover capacitors & resistors in circuits. If you did not watch those edpuzzle videos, do them!

1. Go over homework

2. Notes

• parts of a circuit

• Resistance & calculating R total for series and parallel circuits 

• conventional current & electron flow in circuits 

3. Activity- reading a voltmeter and ammeter

4. Mini-lab- connecting voltage to current and resistance. 

• If absent you will need to make it up during flex time

5. Continue taking notes 

Lab Link

1. Resistors in Series

• lab

• practice problems

2. Resistors in Parallel

• lab

• practice problems

3. Give out conceptual questions hw

HW

1. Work through THESE conceptual questions

1. Notes: Combination Circuits with Ohms Law 

• conceptual questions

1. Notes: Kirchhoff's Rules Day 1

1. FRQ practice- 15 minutes

2. Kirchhoff continued 

• go over hw

• more practice- challenge

3. Notes- RC Circuits 

4. Go over exam material

1. Fill out this survey about AP Exams

2. Go over FRQ

3. Finish up RC Circuits

4. Go over exam material

5. Notes

• magnetic forces with RHR #1

• practice 

• comparing Electric & Magnetic Fields

  • handout

• simulation 1

• simulation 2

1. Circular Motion with Magnetic Fields

2. Notes- Magnetic Force of a current carrying wire & RHR #2

3. Notes- Particle near a current carrying wire

4. simulations used( #1, #2)  

5. Conceptual questions 

1. Go over hw 

2. Notes- Magnetic Force& Field on 2 current carrying wires

3. Conceptual questions- current carrying wire: just questions 1 &2

1. Circuits Exam

HW

1. Read about Photo Physics

2. Monday we will continue with Magnetism & start reviewing for the AP Exam