Evidence in favour of reading paper books rather than via electronic: https://theconversation.com/theenduringpowerofprintforlearninginadigitalworld84352
Due Dates and Details: Assignments, Tests, Projects, etcFINAL DEADLINE FOR SUBMITTING LATE ASSIGNMENTS =
MONDAY JUNE 18 (if you submit after that I will not have time to mark it)
NOTE: Your Momentum test marks have been posted (you can check the MyEd portal). Momentum is a very important concept in Physics, so if you struggled in this section, I do recommend writing the retest. We don't have much time left, so June 18 is the only inclass time possible for the retest.
If you struggled on the Physics 11 section, please come for help asap, and write the retest on June 18. If you struggled on the Physics 12 section, I have different advice depending on whether you are taking AP2 next year, or Physics 12.  If you are NOT taking AP2 next year, but are taking Physics 12, you will relearn this section, in more depth (there's more time the Physics 12 course). So, even though a poor result has an impact on your AP1 mark, if you are taking Physics 12 next year you'll have time to gain a deeper understanding of the concepts (understanding is the most important thing). So, in this case, it may not be necessary for you to write the retest now (unless you did extremely poorly).  But, if you ARE taking AP2 next year, and are not taking a separate Physics 12 course, then I strongly encourage you to write the Physics 12 portion of the retest (if you did poorly on the original). In AP2, momentum in 2D will be reviewed, and applied to new situations, but the fundamental theory will not be retaught in depth. So, it's best if you gain as deep an understanding of the concepts as possible now. Thurs June 14  TEST – Optics – Mirrors and Lenses
Wed June 6  TEST – Linear Impulse and momentum (Chapter 7 of Cutnell and J, and the momentum handout booklet)
Friday May 25: TEST – Waves (not including optics) – Handout/booklet – Ch6 – Vibrations and waves: wave equation; interference; standing waves; boundary behaviour; concepts from ripple tank lab (reflection, refraction, diffraction) Wed May 23  ReTest – Work/Energy –
MAY 8  AP1 EXAM
Due April 6  Create a Mind Map/Concept Map depicting the concepts and interconnections of topics from Chapters 6, 8, 9, 10, and Gravitational Potential Energy at Universal Scales (info in the handout).
Intro to Impulsemomentum (Chapter 7) 
 read chapter 7.1  do page 193 CYU (answers are in the book)  do page 210 "Focus on Concepts" # 1, 2, 6, 7; Problems # 1 to 6, 10 to 12 Due  March 14: Chapter 10 assignment (hand in!): 9th Edition of the textbook: Page 302: Focus on Concepts # 2 to 14; Problems #1 to 6, 9, 10, 15, 18, 25 to 31, 75, 76
March 16  TEST  Chapter 6, 9.5, GPE at Universal scale (handout  this is not in the textbook)
March 6  ReTest
 Chapter 5 ReTest  AT LUNCH  Chapter 9.1/9.2 (torque) ReTest in class (half the class period)
Due  March 2: Assignment (hand in)  Chapter 9  Page 268: Focus on Concepts #16; Problems # 49, 51, 54, 55, 57
MARCH 2 = Last date to submit late work in time to be included in Term 2 Report Cards
This is cool  AstroOlympics: chandra.si.edu/olympics/winter/?linkId=47945860
Feb 20: TEST  Torque (chapter 9.1 and 9.2) and Circular Motion (Chapter 5)
Chapter 4 ReTest
 Physics 11 level test (1D): Thurs Feb 15  during lunch  Physics 12 level test (2D): Thurs Feb 15  during class time Chapter 8 and 9 assignment: 9th Edition of the textbook (Physics, Cutnell & Johnson)  This section emphasizes Concepts more than calculations, but you should also know how to do the calculations/problems
 Chapter 8  do all "Check Your Understanding" questions throughout the chapter (answers are in the book  do not hand in, but do them, and check your work yourself)  Chapter 9  page 252 and 260: do all "Check Your Understanding" questions  page 234  Chapter 8 "Focus on Concepts"  do #10, 11, 13, 15 (you have already done the previous FonC questions from this chapter)  page 268  Chapter 9 "Focus on Concepts"  do #10, 12, 13 Wed Feb 7  GOAL DAY  ReTest for Chapter 3
 Concepts section  1:00PM  Problems section  1:30pm
Jan 19  TEST  Dynamics (Chapter 4)
Dec 18  TEST  Chapter 3.1 to 3.3  Projectiles in 2D
Assignment: Read  Chapter 8.1 to 8.3. Mark summary notes. Pay specific attention to highlighting the ways in which rotational motion is analogous to linear motion. Do 9th Edition Page 233/234 "Focus on Concepts" #1 to 7 (from the handout)
Dec 8  QUIZ  Projectiles in 2D (refer to worksheets; Chapter 3.1 to 3.3)
NOTE TO ALMOST 100% OF YOU re: the "Graphing Free Fall" activity. All graphs must have descriptive titles describing the specific situation they depict. Read the assignment sheet carefully. The situation does not describe 4 generic projectiles. A ball is thrown off a roof. That's a specific projectile (a ball, rather than another type of object; and thrown off a roof, rather some other random location). So, the title of the graph should be: "Position vs Time Graph for a Ball Thrown Off a Roof" (not, " ... 4 projectiles". You know exactly what type of projectile, so, you must state the specifics rather than leaving it vaguely stated as a generic projectile)
NOV 30  in class  Optional ReTest of Chapter 2 Test  Can be done in Sections (only retest the question(s) you struggled with on the first test).
* in general, the most weakly done question on the test was Section A (graphing) question #4  analysis of v vs t graph. Specifically, many people struggled with determining displacement by calculating the area under the velocity vs time graph, and determining the equation of the line in the form y = mx + b.  Note: "area under the curve/graph" refers to the area between the line/curve and the x axis. So, when the line is above the x axis, calculate the area "under", but when the line is below the x axis, the area is "above" the line  between the axis and the line. e.g. as the term is used in math (calculus): http://www.mathwords.com/a/area_under_a_curve.htm * the second most weakly done question was Part B #1, determining average speed and velocity when the 2 parts of the trip take different amounts of time  it is important to note that in this case (the two parts of the trip taking different amounts of time), "average speed/velocity" is NOT (v1 + v2)/2.  Rather, average speed = (total distance)/(total time)  And, average velocity = (total displacement)/(total time) The retest sections/options will be: Part A  Graphing:  questions 1 and 2 (interpreting graph sketches)  question 3 (position vs time graph and instantaneous velocity)  question 4 (position vs time graph)  question 5 (velocity vs time graph) Part B  Kinematics in 1D  question 1 (movement with multiple sections at different constant speeds: nonconstant acceleration throughout the trip)  question 2 (horizontal constant acceleration)  question 3 (vertical constant acceleration/free fall/dropped)  question 4 (free fall, initial velocity not equal to zero) FRIDAY NOV 24: LAST DAY TO SUBMIT ASSIGNMENTS TO BE INCLUDED IN THE FIRST REPORT CARD MARK
 the Nov 28 retest will be included in the first report card mark  the FORMAL LAB (pendulum lab) will be included in the SECOND report card mark (there won't be time for your revisions, and for me to mark them, before the first report card deadline). You must submit your final version of the Formal Lab by December break (Dec 22 at the absolute latest). MsB will mark the final labs over Xmas break. NOTE: When submitting corrections for your marked Pendulum Lab, you MUST include the previous draft of your lab (marked) and the marks sheet 
Refer the following 2 files for some suggestions (Sources of error, conclusion, and discussion sections)
Optional Retest: Nov 28  Graphical Method (Chapters 1 and 3.4)
Optional Retest: Nov 21  Goal Day  Analytical Method (Chapters 1 and 3.4)
 9am to 10:30am (with the physics 12 block 5 class) Nov 17  TEST  Kinematics in 1D (Chapter 2 style and level of questions)
 NOTE: This test includes interpreting d vs t, v vs t, and a vs t graphs HAND IN (if you haven't already):
 Force Lab  Sally the Spider  Chapter 2 assignment
Do (hand in on Wed Nov 1)  Textbook Page 49 # 1 to 3, 5, 7, 8, 81, 82 (note: #81/82 include 2 parts  concept and problem)
TUES NOV 7  TEST  Analytical (mathematical) Methods of working with vectors in 2D
NOTE: Please read the "Pendulum Lab Revision Advice Marks Sheet document posted below! I have started assessing the drafts and have already noticed a number of common errors. ALL students should read the advice and check your labs to see if you need to make changes to those sections. I will return the labs on Monday for you to revise. I did not have time over the weekend to read in detail the long written sections (Theory, Procedures, Sources of Error, Conclusion, Discussion)  But, almost everyone has to do corrections in the other sections, which may then lead you to want to change or further develop the long written sections. So, start with the corrections to Title, Purpose, Data Tables, Graphs, and Calculations and Data Analysis, then try to refine the rest, and resubmit for further assessment. SUBMIT YOUR REVISIONS BY OCT 26 AT THE LATEST.
Tues Oct 24  TEST  Graphical (scale diagrams) Methods of working with vectors in 2D  Calculators are NOT permitted for this test. You may use ruler/protractor/geometry set.
BOTH TESTS relate to Chapter 1, 3.4, and the sections on chapter 4 that involve static equilibrium (net force = zero, therefore acceleration = zero) For Oct 16  do as much of the following as possible:
Page 20  Questions #8 to 10, 12 to 19: Problems 12, 14, 16, 21, 22, 30
Vectors in 2D activity (height of the classroom ceiling)  For concepts/reference, refer to the following sections in the textbook: Chapter 1.5, 2.1, and 2.2 (scalars vs vectors, distance vs displacement, speed vs velocity)
Thurs Oct 12  Optional ReQuiz  Graphing (same format as the Sept 25 quiz) [in class]
Tues Oct 10  Formal Lab Report Due (Pendulum Lab)
** Complete the lab writeup as completely and effectively as you can (refer to "Writing Formal Lab Reports" handout for guidance). Since this is your first formal lab, if the teacher notices deficiencies when assessing the lab, you will be given additional time to revise your work (in other words, do your best to submit a complete/final report, but functionally we can treat it like a draft  the teacher will provide feedback and you can make revisions and resubmit at a later date). Mon Sept 25  QUIZ  Graphing skills:
 in the quiz you will be given data sets and blank pieces of graph paper (you may bring store bought graph paper if you wish)  you must apply the rules and skills outlined in the "Graphing Guidelines" handout.  you will:  set up the graph with an appropriate title and axis (scales, labels, etc)  plot points using + shape  draw either a smooth curve or a straight "line of best fit" (using a rule), depending on the trend of the data  if it's a straight line, develop the equation of the line in the form y = mx + b  answer some analysis/interpretation questions about the graphs
NOTE (in response to an emailed question someone asked me): When drawing your graphs, in the context of this course, you must ALWAYS start both axis at zero, and NEVER include an axis break. There are important patterns and trends that you will miss if you omit part of the axis. If a different case arises in a different lab, I'll tell you. In general, assume that all graphs should include zero on the axis, and should not have axis breaks.
The physics of Hurricanes doesn't really apply to the AP curriculum until next year, in AP2, but, these items hint at concepts you'll learn in the Fluid Dynamics unit:
 Water sucked away from the shoreline in areas the storm has already passed:  https://www.washingtonpost.com/news/capitalweathergang/wp/2017/09/09/hurricaneirmaisliterallysuckingthewaterawayfromshorelines/?hpid=hp_hptoptablemain_irmasucking515a%3Ahomepage%2Fstory&utm_term=.bce620744226  And, the reason the roofs of houses may blow off in extremely strong wind is basically the same as the reason airplanes fly (Bernoulli's Principle): http://www.nsta.org/publications/news/story.aspx?id=49598 Perhaps of interest ... There are simple, and complex, pendula ..
Simple is the sort in the online simulation you saw in class. Complex could be this sort of thing: https://www.youtube.com/watch?v=J85gpcjvqzs Or this ... https://www.youtube.com/watch?v=PrPYeu3GRLg Or this pretty one, with a semiconical path and gradually decreasing mass: https://www.youtube.com/watch?v=v4gzuwaTHd0 
Documents and Links
A useful resource for exam prep  old Physics 12 Provincial exam samples: www.bced.gov.bc.ca/exams/specs/resource_exams/physics.htm
Just saying ... more evidence in support of taking notes by hand rather than on computers ... http://www.npr.org/2016/04/17/474525392/attentionstudentsputyourlaptopsaway
