AP Physics

Important documents:

• AP Physics Syllabus: https://docs.google.com/document/d/1NJ7GRjP-WltCvONU72LSiCU-88abRyk_TwfZB6vKpXo/edit?usp=sharing
• Lab Safety Contract : http://www.flinnsci.com/documents/miscpdfs/safety_contract.pdf
• Problem Set Rubric: https://docs.google.com/document/d/1ySNaQS_AUCAPyfjr8H2WF0EbxykddNWZm_Oa7k38F8E/edit?usp=sharing
• Lab Report Rubric: https://docs.google.com/document/d/1DQwM4vEtVRij8OcwvP5TBYU4JXGdU-95QB6lEyksxgs/edit?usp=sharing
  • Teacher rubric: https://docs.google.com/document/d/1x_d9L4kLHKpVBQzRrRILUmRMBe8Ltq13Bm0Nicx2650/edit?usp=sharing
• Sample Lab Report: https://docs.google.com/document/d/1smkls7zq7RTFB8ukaaZzGkR7xmH4FUqf5Jv5I_8Kq3g/edit?usp=sharing
• AP Physics Mechanics C Table of Information: https://drive.google.com/file/d/0B-vDHcgdIambZmVfUDFlVlVxV0U/view?usp=sharing
• General Problem Solving Steps and Tips: https://docs.google.com/document/d/19eXZDU0hFCwp1-F25ulzMzHxhsHET3_Iurcbxn6Qkzc/edit?usp=sharing

Schedule:

May

5/1/17

CLASSWORK

• Do Now - Practice free response problem
• Worked on Review Packet

HOMEWORK - Review Packet due Tues May 9th (AP Physics Review Packet Topics doc)

5/3/17

CLASSWORK

• Do Now - Practice free response problem
• Worked on Review Packet

HOMEWORK - Review Packet due Tues May 9th (AP Physics Review Packet Topics doc)

5/5/17 - Jeopardy Review Game (https://www.superteachertools.us/jeopardyx/jeopardy-review-game.php?gamefile=1721825)

April

4/4/17

CLASSWORK

• Do Now - Chapter 15 Problem 5
• Physical Pendulum Lab (Physical Pendulum Lab doc)

HOMEWORK -

• Chapter 13 Test will be Mon 4/10 - here's a review sheet (Review Sheet for Chapter 13 Test doc)
• Physical Pendulum Lab Report due Thurs 4/13

4/6/17 - class reviewed for test

4/10/17 - Test!

4/13/17

CLASSWORK

• Go over practice multiple choice test
• Videos and notes:
• Chapter 15 Part 4: https://www.screencast.com/t/aMFPuWqh
• Chapter 15 Part 5: https://www.screencast.com/t/igvfqo6A
• Chapter 15 Part 6: https://www.screencast.com/t/fY4wDfvkn

HOMEWORK

• finish watching the videos and taking notes if not completed in class
• Chapter 15 Problem Set due Weds 4/19 (Chapter 15 Problem Set doc)

4/17/17

CLASSWORK

• Do Now: •A block weighing 14.0 N, which can slide without friction on an incline at angle 40.0°, is connected to the top of the incline by a massless spring of unstretched length 0.450 m and spring constant 120 N/m. (a) How far from the top of the incline is the block’s equilibrium point? (b) If the block is pulled slightly down the incline and released, what is the period of the resulting oscillations?

• Worked on Chapter 15 Problem Set

HOMEWORK - Chapter 15 Problem Set due Weds 4/19 (Chapter 15 Problem Set doc)

4/19/17

CLASSWORK

• Do Now - Chapter 15 Problem 62
• Grade your Chapter 15 Problem Set
• Start making your own review packet (AP Physics Review Packet Topics doc)

HOMEWORK - Review Packet due Tues May 9th

4/24/17

CLASSWORK

• Do Now - Imagine you are pulling horizontally on a child on a swing as shown in the diagram. The child and the seat together weigh 100 N. Take θ to be the angle the rope makes with the horizontal. When θ = 30° what is the necessary force you need to apply to keep the child still?

• Watch the following videos and take notes
• Chapter 13 Part 5: https://www.screencast.com/t/sYzrR3obxr
• Chapter 13 Part 6: https://www.screencast.com/t/lN3Oow9AnJ3q
• Do the following problems: Chapter 13 problems 12, 15, 16

HOMEWORK - Do the following free response problems - due next class! 1995M3 and 2007M2 pdf

3/10/17

CLASSWORK

• Do Now: Which concepts did you feel confident about on the last test? Which ones do you think you could have studied more?
• Partner test

HOMEWORK - Grade yourself on 1995M3 and 2007M2 - here are the Scoring Guidelines: 1995M3Scoring and 2007M2Scoring

3/14/17

CLASSWORK

• Do Now: A hoop of mass M and radius R rolls without slipping down an incline as shown. The coefficient of friction between the hoop and the surface of the incline is μ. Find (a) the linear acceleration of the hoop and (b) the minimum coefficient of friction required to prevent slipping (c) Is this static or kinetic friction? Explain your answer.

• Notes on Chapter 10 - finished! (Chapter 10 Rotational Motion ppt) - did Rolling Motion
• Students worked on problem set

HOMEWORK - Chapter 10 Problem Set due Weds 2/8 (Chapter 10 Problem Set doc)

2/8/17 - students worked on Rotational Motion Chapter 10 Practice Problems (Rotational Motion Ch 10 Practice Problems doc)

2/10/17

CLASSWORK

• Rotational Inertia Lab (Rotational Inertia Lab doc)
• students worked on Rotational Motion Chapter 10 Practice Problems (Rotational Motion Ch 10 Practice Problems doc)

HOMEWORK - Rotational Motion Chapter 10 Practice Problems due Tuesday

2/14/17

CLASSWORK

• Do Now - Three beads, each of mass m, are arranged along a rod of negligible mass and length L. Figure out the rotational inertia of the assembly when the axis of rotation is a) through the center and b) through one of the beads on the ends.
• Notes on Chapter 11 (Chapter 11 ppt) - got up to slide 13

HOMEWORK - watch the 3 videos and take notes

• The Seesaw (http://www.screencast.com/t/hhIBiJ8Kd7g)
• Chapter 11 #27 (http://www.screencast.com/t/PjEo1nHpN8)
• Formation of a Neutron Star (http://www.screencast.com/t/TTsTZVmp1)

2/16/17

CLASSWORK

• Do Now - Chapter 11 #29
• Watch the videos and take notes
• Chapter 11 Number 34: https://www.screencast.com/t/kRkNz0Wc
• The Merry Go Round: https://www.screencast.com/t/a8roFF
• 1998M2: https://www.screencast.com/t/jSaauply4iv
• Disk and Stick: https://www.screencast.com/t/eSNQr1aV2

HOMEWORK - Chapter 11 Problem Set (Ch. 11 Problem Set doc) due Fri 2/24

2/22/17

CLASSWORK

• Do Now - Chapter 11 #31
• Torque and Rotational Motion Lab (Torque and Rotational Motion Lab)

HOMEWORK

• Chapter 11 Problem Set (Ch. 11 Problem Set doc) due Fri 2/24
• Lab report due Tues 2/28
• Chapter 10/11 Test will be Thurs 3/2 - here's a review sheet: AP Physics Review for Test 6

2/24/17

CLASSWORK

• Do Now - 1999M3 (1999M3 pdf)
• Two Chapter 13 videos
• Chapter 13 Part 1: https://www.screencast.com/t/2t8nZjadjJaZ
• Chapter 13 Part 2: https://www.screencast.com/t/3YJojY1Z

HOMEWORK

• Lab report due Tues 2/28
• Chapter 10/11 Test will be Thurs 3/2 - here's a review sheet: AP Physics Review for Test 6

2/28/17

CLASSWORK

• Three practice free response questions
• 1987M3: https://drive.google.com/file/d/0B-vDHcgdIambblNjdlN5SUd6THc/view?usp=sharing
• 2001M3: https://drive.google.com/file/d/0B-vDHcgdIambdHZTVExublgxREE/view?usp=sharing
• 2004M2: https://drive.google.com/file/d/0B-vDHcgdIambZDdsTUgxSDNrWjQ/view?usp=sharing
• study for test

HOMEWORK - Chapter 10/11 Test will be Thurs 3/2 - here's a review sheet: AP Physics Review for Test 6

January

1/3/17

CLASSWORK

• Do Now - Chapter 9 Problem 27
• Reviewed center of mass and learned how to turn velocity-time graphs into position-time graphs
• Powerpoint: V-t to P-t Graphs
• Worksheet: V-t to P-t Graphs Worksheet Classwork

HOMEWORK

• Finals corrections
• V-t to P-t Graphs Homework (V-t to P-t Graphs Homework WS)

1/5/17- Snow Day!

1/6/17

CLASSWORK

• Do Now - problem from Princeton Review: An object of mass m moves with velocity v toward a stationary object of mass 2m. After impact, the objects move off in the directions shown in the following diagram. (a) Determine the magnitudes of the velocities after the collision in terms of v. (b) Is the collision elastic? Explain your answer.
• Finish Momentum in 2-D
• Work on Chapter 9 Problem Set and watch Chapter 9 homework videos

HOMEWORK

• Chapter 9 Problem Set (Chapter 9 Problem Set)
• Chapter 9 videos - take notes!
• Chapter 9 Problem 38: https://www.screencast.com/t/Z0yP7OCo
• Chapter 9 Problem 39: https://www.screencast.com/t/KvVidwP9g
• Chapter 9 Problem 43: https://www.screencast.com/t/95xzJh1Sx3J

1/10/16 - Ms. Cohen absent - class worked on problem set

1/12/17

CLASSWORK

• Do Now - Chapter 9 Problem 9
• Momentum Explosion Lab (Momentum Explosion Lab)
• Work on problem set

HOMEWORK

• Chapter 9 Problem Set (Chapter 9 Problem Set) - due 1/17
• Lab report due 1/19
• Chapter 9 test will be on 1/23

1/17/17

CLASSWORK

• Did practice Free Response problems timed for 45 minutes
• 2000M2 (2000M2pdf)
• 2001M1 (2001M1pdf)
• 2002M1 (2002M1pdf)
• Scored the problems

HOMEWORK

• Lab report due 1/19
• Chapter 9 test will be on 1/23

1/19/17

CLASSWORK

• Practice Free Response Problem 2004M1 (2004M1)
• Worked on review sheet for test

HOMEWORK - study for test next class!

1/23/17 - Test!

1/25/17

CLASSWORK

• Do Now - A block of mass 2m moving with a speed v collides elastically with another block of mass m initially at rest. What are the velocities of the blocks right after the collision?
• Notes on Chapter 10 - got up to slide 9 (Chapter 10 Rotational Motion ppt)

HOMEWORK - Rotational Problems (Rotational Problems HW doc)

1/27/17

CLASSWORK

• Do Now - Chapter 10 #8
• Notes on Chapter 10 - got up to slide 20 (Chapter 10 Rotational Motion ppt)

HOMEWORK

• Finish Rotational Problems (Rotational Problems HW doc)
• Chapter 10 Problems 1,7,15,17

1/31/17

CLASSWORK

• Do Now - A disk, initially rotating at 120 rad/s, is slowed down with a constant angular acceleration of magnitude 4.0 rad/s2. (a) How much time does the disk take to stop? (b) Through what angle does the disk rotate during that time?
• Notes on Chapter 10 - got up to slide 30 (Chapter 10 Rotational Motion ppt)

HOMEWORK - Chapter 10 Problem Set due Weds 2/8 (Chapter 10 Problem Set doc)

December

12/1/16

CLASSWORK

• Do Now
  • Percy (mass 2 kg) slides to the east at 4 m/s in Ms. Cohen’s suddenly frictionless apartment. His Mommy throws his favorite toy to him, a 0.3 kg toy guinea pig, at 7 m/s from an angle of 20° north of east. Percy then catches the toy in his mouth, and he and the toy slide together at some speed and angle. Find the final speed and angle of the combined kitty and guinea piggy.

• Worked on Momentum in 2-D, Review for Test 4, and review for final

HOMEWORK

• Study for Wednesday's test!
• Finals Information: The final will cover One Dimensional Kinematics, Two Dimensional Dynamics, Linear Dynamics, Circular Dynamics, and Work and Energy. Momentum and Center of Mass will NOT be in the final. The final will take the full two hours and will have about 10 multiple choice questions and 6-7 Free Response questions. Here is the AP Workbook: Ap Physics Practice Workbook. My suggestion is to complete 10-15 multiple choice and 5 free response for each unit.

12/5/16

CLASSWORK

• Do Now

• Work, Power, and Energy Problems as a Class (Work, Power, and Energy Problems)

HOMEWORK

• Lab report due next class
• Chapter 7/8 Problem Set (Chapter 7/8 Problem Set doc) due Mon 11/14

11/10/16

CLASSWORK

• Do Now - Chapter 8 Problem 13
• Did Chapter 8 Problem 14

HOMEWORK - Chapter 7/8 Problem Set due Monday

11/14/16

CLASSWORK

• Do Now - Chapter 8 Problem 56
• Notes on Momentum (Chapter 9 Momentum ppt)

HOMEWORK - Chapter 7/8 Problem Set due Monday

11/16/16

CLASSWORK

• Do Now - Chapter 9 Problem 10, but instead of doing a and b, find the average force if the racket is contact with the ball for 0.09 s
• Finished problems from last slide of the Powerpoint from last class (Chapter 9 Momentum ppt)
• Did problem 1 on Elastic Collisions Using KE (Elastic Collisions Using KE doc)
• Started Conservation of Momentum Practice Problems (Conservation of Momentum Practice Problems doc)

HOMEWORK - finish Conservation of Momentum Practice Problems not completed in class

11/18/16

CLASSWORK

• Do Now - Giancoli Chapter 7 #39: A 15.0 kg object moving +x direction at 5.5 m/s collides head-on with a 10.0 kg object moving in the −x direction at 4.0 m/s. Find the final velocity of each mass if (a) the objects stick together; (b) the collision is elastic; (c) the 15.0 kg object is at rest after the collision; (d) the 10.0 kg object is at rest after the collision; (e) the 15.0 kg object has a velocity of 4.0 m/s in the −x direction. (f) Are the scenarios and results in (c), (d), and (e) “reasonable?” Explain.
• Class finished Elastic Collisions Using KE (Elastic Collisions Using KE doc)
• Did problem 1 from Momentum in 2 Dimensions (Momentum in 2D)

HOMEWORK - nothing new

11/22/16

CLASSWORK

• Do Now - Use the impulse-momentum theorem to solve: A 2.0 kg cart is traveling at 3 m/s at time t=0 when it encounters a force that varies with time as shown in the graph. What is the speed of the cart at t = 2s?

• Went over all of Test 3 with the class
  • please see me outside of class time to go over the test with me if you were absent!

HOMEWORK - test corrections due Thurs 12/1 - for each question you got wrong, explain in words WHY you got it wrong and clearly show exactly how to get the correct the answer

11/29/16

CLASSWORK

• Do Now - problem from Princeton Review Book

Full solution for Do Now: Princeton Review Chapter 7 Problem 2 Solution

• Notes on Center of Mass (Center of Mass ppt)

HOMEWORK

• 1) Test corrections due next class
• 2) Notes on Calculus Version of the Center of Mass (http://www.screencast.com/t/Nggva11z) - due next class
• 3) Test on Chapters 7 & 8 on Weds 12/7 - here's a review: Review for Test 4

October

10/4/16

CLASSWORK

• Do Now - Ginny is playing Chaser in a Quidditch match! She and her broom are at 24.5 m above the ground and 7 m away from the goal hoop. The bottom of the hoop is 15 m high, with the diameter of the hoop being 0.61 m. Ginny shoots the quaffle at 6 m/s at an angle of 15 degrees below the horizontal. Does the quaffle make it into the hoop?
• Notes on Friction and Inclined Planes (Friction and Inclined Planes ppt)
• Did Chapter 5 Problems 23, 24, 25, & 26

HOMEWORK

• Watch the following videos and take notes:
  • Traffic Light at Rest (http://www.screencast.com/t/fxKWleaKBuaG) or (https://youtu.be/P4cR2EIpzqs)
  • p.141 # 17 (http://www.screencast.com/t/ulC1KMPKG5Jf) or (https://youtu.be/jIBGyZjy0ic)
  • p.141 # 18 (http://www.screencast.com/t/LyNM1mX8wD6t) or (https://youtu.be/ENAwUeZ3fhk)
  • p. 76 # 66 (http://www.screencast.com/t/tpghum2oz) or (https://youtu.be/xQqBBpAiQhk)
  • p.141 #20 (http://www.screencast.com/t/reUGVo67dCfW) or (https://youtu.be/n5B6cCyuVOU)

10/6/16

CLASSWORK

• Do Now - This 64 N box is at rest. Find T₁, T₂,and T₃.

• Class worked on Force Problems (Force Problems doc)

HOMEWORK - finish whatever Force Problems you did not get done in class

10/10/16

CLASSWORK

• Do Now - The surface of the incline is frictionless. Find the acceleration of the system and the tension in the string.

• Went over Additional Problem 6 from Problem Set
• Got up to slide 25 in Chapter 7 Powerpoint (Chapter 7 Powerpoint)

HOMEWORK

• Test 2 Corrections due Thurs
• Test 2 Score Recovery (Test 2 Score Recovery doc), which is optional, due Thurs
• #9-16 on Circular Motion Problems (Circular Motion Problems doc) due Thurs
  • Chapter 6 Mini Problem Set due Monday - Chapter 6 Problems #7, 9, 15, 17, 19

10/27/16

CLASSWORK

• Do Now - Chapter 6 Problem 58
• Notes on Chapter 7 & 8, plus sample problems (Chapter 7 & 8 Notes)

HOMEWORK

• Chapter 6 Mini Problem Set due Monday - Chapter 6 Problems #7, 9, 15, 17, 19
• Test on Chapters 5 & 6 will be next Fri - here's a review sheet: Review for AP Test 3 doc

10/31/16

CLASSWORK

• Do Now - Chapter 8 Problem 6
• Work on Conservation of Energy Problems (Conservation of Energy problems doc) and review for the test

HOMEWORK

• Conservation of Energy Problems due next class
• Test on Chapters 5 & 6 will be next Fri - here's a review sheet: Review for AP Test 3 doc

September

9/1/16

CLASSWORK

• Do Now - Chapter 2 #42
• Notes on Vectors (Vectors ppt)
• Finished going over lab information and how to do error calculations (Accuracy and Precision ppt)
• Handed back Chapter 2 problem sets

HOMEWORK

• Lab report due Tues
• Test will be next Thursday - here is a practice test: AP Practice/Review for Test 1\ . It will help, but you are not required to do it.

9/6/16

CLASSWORK

• Do Now - An airplane flies 180 km at 15° North of East, then 150 km west. What is the airplane’s resultant displacement? Give the magnitude, units, angle, and direction words.
• Did this problem, too: While solving a mystery, Sherlock Holmes paces 20 m at 45° N of E, then 25 m at 30° E of S, then 15 m at 20° S of W. What is his resultant displacement? Give the magnitude, units, angle, and direction words.
• Students did #1-8 on Vector Problem Set (Vector Problem Set)

Extra practice vector videos:

• Vector components example 2: http://www.screencast.com/t/ekBabyA61zX
• Pride and Prejudice vector problem: http://www.screencast.com/t/6AOSzfvmrtdf
• Aladdin vector problem: http://www.screencast.com/t/y1iMVH7q1oX
• Harry Potter vector problem: http://www.screencast.com/t/qLFCK2bOl

HOMEWORK - study for the test next class!

9/8/16 - Test!

9/12/16

CLASSWORK

• Do Now - A hiker begins a trip by first walking 25.0 km southeast from her car. She stops and sets up her tent for the night. On the second day, she walks 40.0 km in a direction 60.0° north of east, at which point she discovers a forest ranger’s tower.
• Class signed up for Chapter 3/4 Problem Set time slot
• Notes on Vectors and Projectile Motion (More Vectors and Projectile Motion ppt)
• Class began Horizontally Launched Projectiles worksheet (Horizontally Launched Projectiles doc)

HOMEWORK

• Finish Horizontally Launched Projectiles worksheet
• Chapter 3/4 Problem Set (Chapter 3/4 Problem Set) due Tues 9/20

9/14/16 - Ms. Cohen not here- class worked on problem set

9/16/16

CLASSWORK

• Do Now - A ball thrown horizontally at 21 m/s from the roof of a building lands 24 m from the base of the building. How high is the building?
• More on Projectile Motion (More on Projectile Motion ppt)
• Projectile Motion Virtual Lab (Projectile Motion Virtual Lab doc)

HOMEWORK

• Watch the following videos and take notes:
  • That’s Quite an Arm (http://www.screencast.com/t/OcLRUebG)
  • The Stranded Explorers (http://www.screencast.com/t/FkrsCyvs)
  • The End of the Ski Jump (http://www.screencast.com/t/1l1ENalQVw)
  • Ch. 4 #10 (http://www.screencast.com/t/AOvD221bGmgI)
  • Ch. 4 # 15 (http://www.screencast.com/t/Cp0W6EXKg)
  • Ch. 4 # 19 (http://www.screencast.com/t/2p9BMAMC)
• Problem set will now be due on Thurs 9/22. Also, I meant it to be problem 51, not 52 in chapter 4

9/20/16

CLASSWORK

• Do Now - #22 from Problem Set
• Notes on Relative Motion (Relative Motion ppt)
• videos if you missed class (http://www.screencast.com/t/wlFZBwMEc) and (http://www.screencast.com/t/OI7NQSjTNqso). Note: The videos don't cover all types of of problems, so look at the powerpoint, too!

HOMEWORK - Problem set will now be due on Thurs 9/22. Also, I meant it to be problem 51, not 52 in chapter 4

9/22/16

CLASSWORK

• Do Now - A rowboat can go 2.3 m/s in still water. It wants to end up across a stream at a point directly north from where it starts. At what angle should it point if the river current is 1.9 m/s east?
• Went over #2 from Test 1
• River Crossing Virtual Lab (River Crossing Virtual Lab doc)
• Class started test corrections for Test 1

HOMEWORK

• Test corrections due Monday
• Our next test will be Fri 9/30. Here is a review: Test 2 Review

9/26/16

CLASSWORK

• Do Now - Chapter 4 problem 17
• Notes on Relative Motion, Forces, and Newton's Laws (Relative Motion and Newton's Laws ppt)
• Started Net Force worksheet (Net Force doc)

HOMEWORK - study for Friday's test! Test 2 Review

9/28/16

CLASSWORK

• Do Now - A projectile is launched off of a cliff at an angle of ϴ and an initial velocity vi. The cliff has a height of h, and the projectile lands a distance d away from the base of the cliff. Write an expression for vi in terms of ϴ, h, d, and fundamental constants.
• Finish Net Force worksheet
• Watch videos and take notes
  • Traffic Light at Rest (http://www.screencast.com/t/fxKWleaKBuaG) or (https://youtu.be/P4cR2EIpzqs)
  • p.141 # 17 (http://www.screencast.com/t/ulC1KMPKG5Jf) or (https://youtu.be/jIBGyZjy0ic)
  • p.141 # 18 (http://www.screencast.com/t/LyNM1mX8wD6t) or (https://youtu.be/ENAwUeZ3fhk)
  • p. 76 # 66 (http://www.screencast.com/t/tpghum2oz) or (https://youtu.be/xQqBBpAiQhk)
  • p.141 #20 (http://www.screencast.com/t/reUGVo67dCfW) or (https://youtu.be/n5B6cCyuVOU)

HOMEWORK - study for Friday's test! Test 2 Review

9/30/16 - Test!

August

8/15/16

CLASSWORK

• Went over syllabus
• Went over Lab Safety Contract
• Icebreaker - which quote do you most identify with?

HOMEWORK

• Get syllabus and Lab Safety Contract signed.
• Watch the Hewitt video 1 (watch at http://www.screencast.com/t/pUbQWboHonn5 or https://www.youtube.com/watch?v=t0akAKlJ3nc) and answer these questions: Hewitt Video 1 Questions

8/16/16

CLASSWORK

• Do Now - read the General Problem Solving Steps and write one sentence about how you can improve your problem-solving skills
• Notes on Measurements in Physics and P-t graphs (Intro to Physics)
• Analyze p-t graphs as a class
• Analyze p-t graphs on your own (Analyze Position-Time Graphs)

HOMEWORK - Graphical Analysis (Graphical Analysis)

8/18/16

CLASSWORK

• Do now - Sketch a position-time graph of the following scenario: Percy (Ms. Cohen’s cat) starts from rest and runs South in Ms. Cohen’s apartment. It takes him a few seconds to get up to a constant speed, which he maintains for several seconds until he spots an exciting sock to the North, turns around, and scampers toward it. He then remains at rest (relative to the origin) while attacking the sock. Percy then decides his Mommy is a more exciting thing to attack, so he walks to the North and bites her leg.
• Lecture on Velocity-time graphs (Velocity-Time Graphs ppt)
• Match the Graph Lab (Match the Graph)

HOMEWORK - Translate the p-t graphs from last class into v-t graphs.

8/22/16

CLASSWORK

• Do now - Translate the following position-time graph into a velocity-time graph. Draw to scale!

• Turn the position-time graphs into velocity-time and acceleration-time graphs (Position-Time Graphs 2 pdf)
• Notes on 1-D Kinematics (https://drive.google.com/file/d/0B-vDHcgdIambT0pocUFjWFNVVUE/view?usp=sharing)
  • video: https://www.youtube.com/watch?v=_TR65XOtgaQ

HOMEWORK

• 1) Watch chapter 2 videos and take notes!
  • Ex 2.8 (http://www.screencast.com/t/QaGCvVEBj)
  • # 20 (http://www.screencast.com/t/Kv8VLZWh4)
  • #22 (http://www.screencast.com/t/i7Tkhe0QCb)
  • #23 (http://www.screencast.com/t/QWAjv8d4EYk)
  • #24 part 1 (http://www.screencast.com/t/pL03XlpN3YA) and part 2 (http://www.screencast.com/t/1R98HNp9niP)
• 2) Chapter 2 Problem Set due Tues 8/30 (Chapter 2 Problem Set)

8/24/16

CLASSWORK

• Do now - List at least two things you learned from the homework videos.
• Notes on Free Fall (Free Fall)
• Kinematics Problems (Kinematics in 1D doc) - class got about halfway through

HOMEWORK - get two problems done on problem set. Remember, it’s due on Tuesday!

8/26/16

CLASSWORK

• Do Now - Chapter 2 problem 11
• Finish Kinematics Problems (Kinematics in 1D doc) from last class
• Class worked on problem set

HOMEWORK - Chapter 2 Problem Set due Tues 8/30 (Chapter 2 Problem Set)

8/30/16

CLASSWORK

• Do Now - Chapter 2 problem 21
• Ticker Tape Lab (Ticker Tape Lab doc AP Phys) - you must make up if absent

HOMEWORK

• Lab report due Tues
• Test will be next Thursday