Welcome to the Second Sixweeks!
Day 1 (A  10/4): Students will be able to apply kinematic equations to calculate distance, time, velocity, and acceleration given constant acceleration.
Due: Constant Acceleration WS
Demo: Bowling ball vs Soccer ball
Lab: Reaction Lab
Lec: Falling Objects/ Gravity Classwork/Notes 2F Page 64 (Solutions Below)
Classnotes: Set F pg 62 #14
Due: Constant Acceleration WS
Demo: Bowling ball vs Soccer ball
Lab: Reaction Lab
Lec: Falling Objects/ Gravity Classwork/Notes 2F Page 64 (Solutions Below)
Classnotes: Set F pg 62 #14
Lec: Free Fall  
File Size:  333 kb 
File Type: 
Set F Solutions  
File Size:  631 kb 
File Type: 
Gravity Ball  
File Size:  48 kb 
File Type:  jpg 
Day 2 (A  10/6): Students will be able to apply kinematic equations to calculate distance, time, velocity, and acceleration given constant acceleration.
Finish Solutions. They will be due on Tuesday
Lab: Balcony Drop
Quiz: FreeFall
HW: Kinematic Questions
Finish Solutions. They will be due on Tuesday
Lab: Balcony Drop
Quiz: FreeFall
HW: Kinematic Questions
Freefall Quiz  
File Size:  104 kb 
File Type: 
Kinematic Problems  
File Size:  9 kb 
File Type: 
Day 3 (A  10/11): Students will be able to apply kinematic equations to calculate distance, time, velocity, and acceleration given constant acceleration.
Chapter 2 Test
Chapter 2 Test
Day 4 (A  10/13): Students will be able to apply kinematic equations to calculate distance, time, velocity, and acceleration given constant acceleration.
Test Analysis
Vector Basics
Test Analysis
Vector Basics
Vector Basics Worksheet  
File Size:  45 kb 
File Type: 
Day 5 (A 10/17): Students will be able to solve vector word problems using trigonometric
functions
Lab: Grandma's Treasure
Lec: Vectors
Classwork: Chapter 31 and 32
Grandma's Treasure (Vector Lab)  
File Size:  13 kb 
File Type: 
Lec: Vectors Notes  
File Size:  412 kb 
File Type: 
Chapter 3 Worksheets (31 and 32)  
File Size:  92 kb 
File Type: 
EXTRA  http://www.physicsclassroom.com/
 Vectors  motion and forces in two dimensions
Day 6 (A  10/19): Students will be able to solve vector word problems using trigonometric functions
Lecture: Adding Vectors
Classwork: Vector Problems from book
3A pg 92 #14
3B pg 94 #13
Quiz: Vector Resultant (solo)
Vectors Quiz 1  
File Size:  169 kb 
File Type: 
Solutions Section 3B  
File Size:  455 kb 
File Type: 
Solutions Section Set 3C  
File Size:  762 kb 
File Type: 
Day 7 (A  10/21): Students will be able to solve vector word problems using trigonometric functions
Due Vector Quiz 1
Begin Vector Practice Problems
Due Vector Quiz 1
Begin Vector Practice Problems
Adding Vectors Worksheet  
File Size:  49 kb 
File Type: 
Vector Homework Diagram Help  
File Size:  338 kb 
File Type: 
Vector Practice Problems  
File Size:  186 kb 
File Type: 
Day 8 (A  10/25): Students will be able to solve for a projectile launched off a cliff
Due: Vector Practice Problems
Quiz: Adding Vectors (30m 2x)
Lec: Projectile Motion
Lab: Drop Shot 9 (RD)
Progress report grades this week.



Lec: Projectile Motion  
File Size:  105 kb 
File Type: 
Drop Shot Lab (RD)  
File Size:  67 kb 
File Type: 
Day 9 (A  10/27): Students will be able to solve vector word problems using trigonometric functions
Lec: Solving for Angles on the YAxis
Lab: Pick a Location (Quadrants Paper)
Classwork: Vector Practice Problems
Lab: Vector Lab click here
Vectors Lab  Phet  
File Size:  97 kb 
File Type:  doc 
Vector Addition (Backup from Phet)  
File Size:  417 kb 
File Type:  jar 
Vector Problem WS  
File Size:  43 kb 
File Type:  doc 
Day 10 (A  10/31): Students will be able to solve for components of projectiles launched horizontally
Classwork: Page 99 14 Projectiles Launched Horizontally
Lab: Projectile Lab
HW: Horizontal Projectile Practice Problems
Section 3D Solutions  
File Size:  370 kb 
File Type: 
Horizontal Projectile Practice problems  
File Size:  5 kb 
File Type: 
Day (A  11/2): Students will be able to solve for components of projectiles launched horizontally
Balcony Lab
Due: Horizontal Practice Problems
Quiz: Horizontal Projection 3.3
Balcony Lab
Due: Horizontal Practice Problems
Quiz: Horizontal Projection 3.3
Warmup: Horizontal Practice Problems II  
File Size:  53 kb 
File Type: 
Table Top Projection Lab  
File Size:  79 kb 
File Type: 
Quiz: 3.3 Launched Horizontally  
File Size:  97 kb 
File Type: 
Day (A  11/4): Students will be able to solve for components of projectiles launched horizontally
Finish Balcony Lab
Horizontal Projectile Motion Problems II
Quiz: 3.4
Finish Balcony Lab
Horizontal Projectile Motion Problems II
Quiz: 3.4
Gallery: Horizontal Projectile Motion Problems  
File Size:  77 kb 
File Type: 
Quiz: 3.4  
File Size:  123 kb 
File Type: 
End of the grading period.
Day (A  11/): Students will be able to solve for components of projectiles launched horizontally
Lec: Projectiles Launched at an Angle  page 101 # 3 and then 2
Projectile Motion Notes with questions on the back
Angles 14
Projectile Motion in the X and Y at an angle
Day (A  11/): Students will be able to solve for components of projectiles launched horizontally
Lec: Projectiles Launched at an Angle  page 101 # 3 and then 2
Projectile Motion Notes with questions on the back
Angles 14
Projectile Motion in the X and Y at an angle
Projectile Motion Notes  
File Size:  704 kb 
File Type: 
Projectile Motion Rules  
File Size:  4 kb 
File Type: 
HW: Kinematic Projectiles  
File Size:  312 kb 
File Type: 
Section 3E Solutions: Projectiles at an angle  
File Size:  975 kb 
File Type: 
Day (A  10/): Students will be able to solve for components of projectiles launched horizontally and projectiles launched at an angle
Go over quiz : Horizontal 2
Lec: Relative Motion
Classwork: # 59 on back of cheat sheet
Lab: Kinematic 2 Dimensional Problems  http://phet.colorado.edu/en/simulation/projectilemotion
Quiz 3.4
Test Review Availale
Projectile Motion in the X and Y at an angle
Archery Game
Chapter 3 Test Review  
File Size:  170 kb 
File Type: 
Quiz 3.4: Horizontal and Angle Projectiles  
File Size:  5 kb 
File Type: 
Projectile Motion Lab  
File Size:  117 kb 
File Type: 
Phet: Kinematic 2D File  
File Size:  545 kb 
File Type:  jar 
Hit the Castle  
File Size:  1644 kb 
File Type:  jar 
ejs_twodimensionalairdrop.jar  
File Size:  974 kb 
File Type:  jar 
Projectile Simulation (Check Work)  
File Size:  1625 kb 
File Type:  jar 
Day (A  10/): Students will be able to solve for components of projectiles launched horizontally and projectiles launched at an angle
Newton's Laws Notes  
File Size:  4913 kb 
File Type: 
Force, Mass, Acceleration Worksheet (I will PRINT)  
File Size:  6 kb 
File Type: 
projectile_motion_extra_credit.pdf  
File Size:  681 kb 
File Type: 
Day 10 (A  11/0): Students will be able to calculate the force required to bring an object into equilibrium
Lecture: Forces (Section 41)
Lab/Demo: Center of Gravity
Classwork: Net External Force Page 133 #14
Notes: Freebody Diagrams
Quiz: Newton's Law of Inertia/ Forces
Day 11 (A  11/0): Students will be able to name and construct a free body diagram for the 5
mechanical forces
Lab: Phyz Lab
Lec: Newton's 3rd Law Actionreaction Forces (Section 43)
Video: Understanding Car Crashes
Classwork: Balanced Forces Packet
Take home quiz: Page 140 #14 Due next class period
Online book website: my.hrw.com
U: physics100 P: n4d3d
Lecture: Forces (Section 41)
Lab/Demo: Center of Gravity
Classwork: Net External Force Page 133 #14
Notes: Freebody Diagrams
Quiz: Newton's Law of Inertia/ Forces
Day 11 (A  11/0): Students will be able to name and construct a free body diagram for the 5
mechanical forces
Lab: Phyz Lab
Lec: Newton's 3rd Law Actionreaction Forces (Section 43)
Video: Understanding Car Crashes
Classwork: Balanced Forces Packet
Take home quiz: Page 140 #14 Due next class period
Online book website: my.hrw.com
U: physics100 P: n4d3d
FreeBody Diagrams  
File Size:  132 kb 
File Type: 
Springboard Phys Lab  
File Size:  1500 kb 
File Type: 
Balanced Forces Packet  
File Size:  2327 kb 
File Type: 
Day 12 (A  11/): Students will be able to calculate the magnitude and direction of normal forces and calculate the coefficient of friction
Due: Quiz Page 140 #14
Lec: Coefficient of Friction
Notes: Practice 4C: pg 145 #13
Lab: Calculating Coefficient of Friction
Classwork: Finish Forces Packet
Last day to turn in extra credit and finish test corrections
End of 2nd Sixweeks on Friday
Due: Quiz Page 140 #14
Lec: Coefficient of Friction
Notes: Practice 4C: pg 145 #13
Lab: Calculating Coefficient of Friction
Classwork: Finish Forces Packet
Last day to turn in extra credit and finish test corrections
End of 2nd Sixweeks on Friday
static__kinetic_friction_first_lec.pdf  
File Size:  414 kb 
File Type: 
Frictional Forces Lab  
File Size:  946 kb 
File Type: 
Section 4C Solutions  
File Size:  655 kb 
File Type: 