Date

Topic

Homework

Feb 4 
Welcome
to Physics!
Welcome Letter
for Parents

A6.2
Measurement in Physics
(pp. 651652 in text)

Web
Links:
Why Take Physics?
Great Algebra Review Site!
WHMIS 2015 Info


Review the
following:

review the
NEW
WHMIS 2015 symbols by completing
WB
4a
using the
WHMIS Powerpoint

Feb 4
Cont'd 
Math Review 
A6.2
Measurement in Physics
(pp. 651652 in text)

Videos:
Math Review 
Fractions
Math Review 
Pos/Neg
Math Review 
Algebra/Trig
Math Review  Isolating Variables


complete the following
Math Review
pages in the workbook:

WB
6a Math Review(answers)

WB
7
Math Review(answers)

WB 8
complete left side of
(Algebra Review)  (video)
(answers)

complete WB
9  Complete #1 (graph), 2, 3, 5, 6
(answers)

make sure you
are comortable with math concepts required for this course

if you have difficulty,
use the videos at the
left to review specific concepts

Feb 5 
Measurement in Physics

A6.2
Measurement in Physics
(pp. 651652 in text)

Videos:
Math Review 
Sci Notation Intro
Math Review 
Sci Notation Calculator
How to enter Sci Not on a
calculator
Accuracy vs Precision


Complete the the following:
 WB10
Measurement Intro:
(Note)
(Video)
(Powerpoint)

Measurement In Physics 10a/b
Activity

these are
important concepts for lab reports

if you have difficulty,
use videos at left to review specific concepts
 Watch
the video and then complete the Scientific Notation note:

study for the Gonzaga Safety Quiz

Feb 8 
Safety Quiz Today!
Measurement in Physics

A6.2
Measurement in Physics
(pp. 651652 in text)

Videos:
Dysfunctional Group
Functional Group


Complete
the Gravity
Lab using the online accuracy/precision
note above

complete observation table: Include Title and Appropriate Sig Digits

for the
first mass only:

sample
calculation (GRASP method with statement)

accuracy of the acceleration (include statement and units)

precision of measurements (include +/)
 Error
Analysis: reflect on the lab measurements

Conclusion: Spend time writing your Quality Answer

Feb 9

Significant Digits
Converting Units in Physics  Factor Label Method

A6.2
Measurement in Physics
(pp. 651652 in text)
A6.6 FactorLabel Method / SI
Conversions (pp. 655655 in text)

Videos:
Significant Digits & Measurement
Math
Review  Rounding
Calculating
with Significant Digits
Videos:
Factor Label Conversions


Complete the following pages in the
workbook:
 these
are extremely important concepts we will use ALL YEAR!
If you have difficulty,
use videos at left to review specific concepts

Complete the following factor label notes/practice
worksheets

WB
14 note and WB 15 (answers)
(video)
SI System Review Powerpoint (click
here)
 BRING
PROTRACTORS AND RULERS

Study for Diagnostic Math Quiz
Tomorrow
(you must obtain a minimum of 70% on the quiz
or do a rewrite!)

basic
trigonometry

scientific notation

algebra
(solving equations)

graphing
(slope calculations)

significant digits and calculations

factor
label conversions

Feb 10 
Diagnostic Math & Measurement
What are Vector Quantities?
Drawing Vectors

1.1 Vector Quantities

Web
Links:
Distance Vs. Displacement
Videos:
Vector Quantities
Drawing Vectors Scale Diagrams


Complete the following pages in the
workbook:
 Read
the Textbook Section 1.1 (pp. 813) and try the following questions:
 TB
11 practice #13
 TB
13 #14

Feb 11 
Drawing Vectors in 2D
Diagnostic
Quiz returned today for additional feedback view this
video 
2.1 Motion in Two Dimensions  Vector Diagrams

Web Links:
Vector Addition
(physics classroom)
Vector Addition
(math is fun!)
Videos:
Adding
Vectors Scale Diagram


Complete the Following Worksheets:
 Review
pages 6164 in the text  spend time going over
Tutorial 2

Drawing Vectors WB 17
(note)
(video)

Adding Vectors at an Angle WB 18a
(note)

Adding Vectors at an Angle'
worksheet WB 19 (answers
click here and
click here)
(video)
 Want
extra practice? Try
 TB. 64 #12

Feb 12 
Adding
Vectors in 2D 
2.2 Motion in Two Dimensions  An Algebraic Approach

Videos:
Adding
Vectors Algebraically 1d
Adding
Vectors Algebraically 2d
Finding X and Y
Components


Read
pages 6971 in the text  spend time going over Tutorial 3

Complete the following:
 WB. 20A Adding Vectors
Algebraically (note)
 WB. 20c Pirate
Worksheet #13, (try #4 if you need extra
practice) (answers)

Feb 16 
Adding
Vectors in 2D 
2.2
Motion in Two Dimensions  An Algebraic Approach

Web Link:
Adding Angled Vectors PPT
Adding Angled Vectors Example
Videos:
Adding
Algebraically 2D Overview
Adding
Algebraically 2D Example
Gravity
Labs returned today for additional feedback view this
video


You will need to spend some time going over today's
material use the following powerpoints, notes, and textbook resources to help
you understand this topic thoroughly!

Complete the following:
 WB 21 right side (answer)
 WB. 20c Pirate
Worksheet #46
(answers)
(4,6,7 on your handout)

If you need
step by step practice  try WB 23
(Vectorific Problems)
 (answers)

Try some textbook questions if you need
more practice TB. 71 #12, TB. 75 #15

Powerpoint Resources for Today's Lesson
 Vector Addition Overview Powerpoint (click
here)
 Vector Addition Detail Powerpoint (WB 22) (click
here)

Study for vectors quiz!

Feb 17 
Vectors Quiz

1.2 Graphing Motion  PositionTime graphs 
Videos:
Intro to PositionTimes (WB 25)
How to Graph and Calculate Slope
(WB 26)
Uniform Motion Slope Calculation
(WB 26)


Review
graphing expectations on WB 24 and Intro to PositionTime graphs on
WB 24a

You should
have the following
notes
complete for Tomorrow
(WB 2526)

use the
videos at left to help you

Feb
18 
PositionTime graphs 
1.2 Graphing Motion  PositionTime graphs 
Web Links:
Fun PositionTime Applet
Cow PositionTime Applet:


Complete 'Uniform Motion Lab'

(click
here) 
Use the Checklist (click
here)
 Prep
for Tomorrow's InClass Vectors Assignment

Feb 19 
PositionTime graphs
Vectors
InClass Assessment 
1.2 Graphing Motion  PositionTime graphs 
Web Links:
positiontime graph animation
positiontime graph tutorial
Walk the Graph Review
dt Graph
Videos:
NonUniform
Motion
(WB 27) Describing
Acceleration
(WB 28)
Determining Instantaneous Velocity
(WB 28)


Review WB. 2728 (non uniform motion
note)

use the
videos at left to help you

Complete the following to reinforce concepts:

Feb 22 
PositionTime graphs 
1.3 Acceleration  PositionTime graphs 
Web Links:
positiontime graph animation
positiontime graph tutorial
Walk the Graph Review
Extra
Resource:
Graphing Card Matching
Activity (answers)


Try  'Gopher' PositionTime Worksheet (click
here)
(Answers)

Complete
the following:

WB 32

Moving Man WB 33 use this web site
(click
here)
 Study
for Tomorrow's positiontime graph quiz

Feb 23 
VelocityTime graphs
Positiontime graph quiz 
1.2 Graphing Motion  VelocityTime graphs

vt
Graph Videos:
Intro to VelocityTime Graphs
(WB 35)
How to Calculate Slope
(WB 35)
Slope Calculation Examples
(WB
35)
Extra
Resource:
Graphing Card Matching
Activity (answers)


Watch the following videos to complete notes on WB 35:

video
top left half of WB. 35 (Intro to vt graphs) (note)

video
bottom left half of WB. 35 (vt slopes) (note)

video
bottom left half of WB. 35 (vt slopes examples (note)

video
remainder right of WB. 35 (Determining Displacement) (note)

video
remainder right of WB. 35 (Compare Distance and Displacement) (note)

complete the following worksheets:

Feb 24 
VelocityTime
Graphs 



complete the following worksheets:

WB 36 #1
+ #2 (description only)

WB
36b (back side of handout) (worksheet) (answers)

WB 37 (
answers)

If you
want extra practice try the following worksheet (click
here for a copy) (click
here for the answers)

Feb 25 
AccelerationTime Graphs
Converting Between Graphs
Graphing Review

1.3 Graphing Motion
1.4 accelerationtime graphs

at Graph
Videos
at Graphs
(WB
3839)
Videos
Multipart vt
Graphs
Converting Graphs (4243)
Extra
Resource:
Graphing Card Matching
Activity (answers)
Web Links:
Great Graphing Review Site
Graph Attack Site) 

Feb
26

VT
Graphing Quiz


Videos
How to use the GRASP method
(WB 44)
Solving Uniform Motion Equations
(WB 45)
Solving Acceleration Equations
(WB
45)


graph to
graph
quiz (answers)

review the following notes:

GRASP method expectations
(click
here) on WB 44 and the new
handout (click
here)

Equations of Motion W 45 & 46 (click
here for the note)

complete the following questions  remember to use
proper GRASS format

WB 47 (click
here for the answers)

Feb
29

Intro to Motion Equations 
1.5 Motion Equations

Combined Graphing Quiz
Videos
Deriving Accel
Displacement Equations
(WB 46)
Deriving
Last Two Equations
(WB
46)
Overview of Equations (EHarmony) (WB
48)
Equations with Gravity
(WB 50)


review "How to Solve Equations" (click
here for the note)

complete the following questions  remember to use
proper GRASS format

examples on WB 4850 (click
here for note)

start on WB 52 'Equations of Motion' worksheet 110 (click
here for a copy) (click
here for answers)

Mar
1


1.5 Motion Equations
1.6 Motion Equations
 Acceleration Due to Gravity

Web Link:
(Usain
Bolt vs Gravity)
Videos
2 Part Motion Problems
(WB 51)

Review:

WB 51 (completed inclass)  (click
here for note)

WB 52 'Equations of Motion' worksheet 1113 (click
here for a copy) (click
here for answers)

Tutorials
in Section 1.6 of the Textbook

Review for
Graphing Assessment of Learning (Summative)

Mar
2

Equations / Test Review 
1.6 Motion Equations
Two Part Motion



Equations:
complete any remaining questions on WB 52 (113)

Test Review:

Mar
3

Graphing In Class
Assignment!
Acceleration Lab  Measurement 

Test Topic List (click
here)


Acceleration Down a Ramp (click
here) lab data collection

Observation Table
completed in class as a group

Tomorrow you will be finding vinst from the dt
graph and making a vt graph to find acceleration (individual work) 
examples of what you will be doing (here)
 remember to bring in pencil crayons/highlighters & graph paper

review
your uniform motion lab to prepare

Study for Equations  Quiz (you must memorize
the Equations!)

Mar
4

Acceleration Lab  Graphing 

Equations Quiz
Test Topic List (click
here)


Try the following textbook review questions:

Multiple Choice  p.89 #1,3; p.90 #2;
p.100#14, 11

Vectors  p. 71 #12; p. 53# 1, 2

Graphing  p. 30 #6; p. 53# 33, 34; p. 56# 66, 67;
p. 43 #7

Equations  p. 39 #16; p. 43 #46

Mar
7

Acceleration Lab  Part 1 Analysis 



review the following prior to tomorrow's
inclass lab write up:

errors in measurement (procedural and
experimental)

%
error calculations

accuracy
and
precision

three part error analysis (what is
the error? How does it affect the results? How can it be reduced?)

Mar
8

Unit Test 



Mar
9

Acceleration Lab  Part 2 Analysis
Projectile Motion 



Horizontal Projectile Motion Note (click
here)

review
dt and vt graphing concepts for part II of lab  analysis

Mar 10

Projectile Motion 
2.3
Projectile Motion

Web Links:
World Record Hot Wheels Jump!
Dud Perfect
Football Challenge
Mythbusters Bullet Drop Part 1
Mythbusters Bullet Drop Part 2


Horizontal Projectile Motion Note (click
here)

complete Projectile Motion Worksheet (click
here) (answers)

Try text p. 78 #1,2; p.
81 #2, 5; p. 93 #40

Mar 11

Angled Projectile Motion

2.3 Projectile Motion

Web Links:
Great Projectile Motion Site
Great Projectile Motion Applet
Another Great Projectile Motion Applet
World Record Hot Wheels Jump!


Angled Projectile Motion Note (click
here)

complete the X and Y components activity
we completed today (click
here)

complete Projectile Motion
GIZMO
worksheet using the
ExploreLearning.com website:

Enroll in a class (blue button top
right corner)  using the following class code:
T3LZ28ZH7U

Register
 Create a
User Name
consisting of
FirstnameLastname
(use a
dash
with NO space between your
first name
and
last name)

complete Angled Projectile Motion
Worksheet (answers)

try text p. 81 #14, 67, try
#8

study for
projectile motion quiz Monday

Mar 21

Projectile Motion Review
Intro to Forces
Projectile Motion Quiz

3.1
Intro to
Forces

Resources:
Intro Forces Powerpoint


projectile motion quiz (answers)

complete the
following Intro to Forces notes using section 3.1 of the text and the
(Intro to Forces Powerpoint)
 Intro
to Forces Worksheet from today
 WB. 55
(rightside omit fundamental forces for now)
 WB. 56
(use the powerpoint to check your answers)

Mar 22

Free Body
Diagrams 
3.1
Intro to
Forces

Web Links:
2D Force Vector Addition Guide
(WB. 60)


Sketching FBD:

Finding Fnet: (use WB. 60 and Tutorial 1 on p. 117 of your text to
help you)

WB. 5759
(note)

WB 59
(worksheet)
(use this link to see what is cut off on the right side) (answers)
