- Day 1 (A - 11/11): Students will be able to solve for components of projectiles launched horizontally and projectiles launched at an angle
Pop Quiz: Horizontal and Angle
Finish Online Projectile Motion Lab
Lec: Relative Motion - Page 109 #1-4
View Relative motion videos
Test Date for Chapter 3 is 11/15-18
Rocket Lab next class period. Dress comfortably as we will be outside on the practice fields.
Air Drop Sim | |
File Size: | 974 kb |
File Type: | jar |
Day 2 (A - 11/13): Students will be able to solve for components of projectiles launched horizontally and projectiles
launched at an angle
Rocket Lab
Work on Chapter 3 Test Review on page 113
Finish Projectile Motion lab (Online) Day 12 second six-weeks
Day 3 (A - 11/15): Students will be able to solve for components of projectiles launched horizontally and projectiles
launched at an angle
Chapter 3 Test
30% Group
70% Solo
Focus on key concepts discussed in class and not only on calculations. Make sure that you have a formula chart prepped before you show up. Good luck.
Day 4 ( A - 11/19): Students will be able to solve for components of projectiles launched horizontally and projectiles
launched at an angle
District Curriculum Assessment
Chapter 3 Test Results and Analysis
launched at an angle
District Curriculum Assessment
Chapter 3 Test Results and Analysis
Day 5 (A -11/21): Students will be able to interpret and construct free-body diagrams and identify balance vs unbalanced forces
Lec: Types of Forces/ Balanced vs Unbalanced Forces
Classwork: Section Review #1-5 Page 128
Lab: Forces and Motion Phet Lab
Due: Chapter 3 Extra Credit
Lec: Types of Forces/ Balanced vs Unbalanced Forces
Classwork: Section Review #1-5 Page 128
Lab: Forces and Motion Phet Lab
Due: Chapter 3 Extra Credit
Lec: Forces and Free Body Diagrams | |
File Size: | 1331 kb |
File Type: |
Forces and Motion Lab | |
File Size: | 285 kb |
File Type: |
Forces and Motion (Phet) | |
File Size: | 2728 kb |
File Type: | jar |
Day 6 (A -11/25): Students will be able to explain the relationship between the motion of an object and the net external force acting on it.
Lec: Newton's First Law and What is a Newton?
Demo: Center of Gravity and Inertia Demos (Egg and glass/ Marker vs Jar)
Quiz: Forces
Classwork: Practice 4A Page 133 #1-4
Inertia-man | |
File Size: | 7 kb |
File Type: | swf |
Forces and Motion Quiz 1 | |
File Size: | 105 kb |
File Type: |
Newton's First Law: Inertia Lecture | |
File Size: | 831 kb |
File Type: |
Day 7 (A - 12/02): Students will be able to understand how scientific inquiry leads to the development of technologies and students will be able to describe the motion of a rocket as projectile motion
October Sky Questions | |
File Size: | 40 kb |
File Type: |
Day 8 (A - 12/04): Students will be able to calculate the force required to bring an object into equilibrium
Lec: N/A
Finish October Sky
Lab: Phys Lab Springboard
Phys Lab - Springboard | |
File Size: | 1500 kb |
File Type: |
Day 9 ( A - 12/10): Students will be able to calculate the net external force on an object and calculate mass, force, and acceleration using Newton's 2nd Law of Motion
Lec: Newton's Second and Third Law
Demo: Balance Act (Forks and Toothpicks)
Class Lab: Fan vs Carts
Classwork: Page 138 #1-4 Section 4B
Quiz: Forces and Motion 2
Lec: Newton's Second and Third Law
Demo: Balance Act (Forks and Toothpicks)
Class Lab: Fan vs Carts
Classwork: Page 138 #1-4 Section 4B
Quiz: Forces and Motion 2
Forces and Motion Quiz 2 | |
File Size: | 104 kb |
File Type: |
Lec: 2nd and 3rd Law | |
File Size: | 737 kb |
File Type: |
Force, Mass, Acceleration WS | |
File Size: | 6 kb |
File Type: |
Day 10 (A - 12/12) Students will be able to calculate the magnitude and direction of normal forces and calculate the force of friction
Mass vs Weight http://education.ssc.nasa.gov/mvw_intro_video.asp
Quiz:Forces and Motion Quiz 3
Lec: Force of Friction/
Notes: Coefficients of Friction pg 145 #1-3
Lab: Ranking Frictional Forces
Lec: Mass vs Weight | |
File Size: | 254 kb |
File Type: |
Lec: Static vs Kinetic Friction | |
File Size: | 796 kb |
File Type: |
Quiz: Forces and Motion 3 | |
File Size: | 111 kb |
File Type: |
Day 11 (A - 12/16 : Students will be able to calculate gravitational force that exists between 2 objects
Lec: N/A
Lab: Coefficient of Friction lab
Chapter 4 Test below DUE FINALS
Review for Fall Final below
Chapter 4 Test | |
File Size: | 102 kb |
File Type: |
Fall Final Review | |
File Size: | 244 kb |
File Type: |
Fundamental Forces Notes | |
File Size: | 2269 kb |
File Type: |
Gravitational Force | |
File Size: | 526 kb |
File Type: |
Day 12 12-19 (B day)
End of Semester Information:
1. Final Exams Schedule:
Thursday, December 19th, “B” Day
7:35 – 8:30 5th period
8:36 – 9:31 6th period
9:37 – 10:32 7th period
10:40 – 11:35 8th period
Friday, December 20th, “A” Day
7:35 – 8:30 1st period
8:36 – 9:31 2nd period
9:37 – 10:32 3rd period
10:40 – 11:35 4th period
Juniors and seniors who are exempt from their final exams that they must attend all classes.
Have a great break!
End of Semester Information:
1. Final Exams Schedule:
Thursday, December 19th, “B” Day
7:35 – 8:30 5th period
8:36 – 9:31 6th period
9:37 – 10:32 7th period
10:40 – 11:35 8th period
Friday, December 20th, “A” Day
7:35 – 8:30 1st period
8:36 – 9:31 2nd period
9:37 – 10:32 3rd period
10:40 – 11:35 4th period
Juniors and seniors who are exempt from their final exams that they must attend all classes.
Have a great break!
Day 6 Students will be able to calculate kinetic and potential energy and apply work-kinetic energy theorem to solve word problems
Lec: Work/ Kinetic Energy
Lab: n/a
Classwork: pg 170 #1-5
pg 174 #1-5
Homework: Kinetic Energy Sample Problems
Kinetic Energy Problems | |
File Size: | 7 kb |
File Type: |
Day 7 Students will be able to calculate kinetic and potential energy and apply work-kinetic energy theorem to solve word problems
Energy Lecture | |
File Size: | 265 kb |
File Type: |
Skate Park Lab worksheet (I will print) | |
File Size: | 381 kb |
File Type: |
Day 8 Students will be able to calculate kinetic and potential energy (gravitational and elastic) and the spring constant
Lec: Gravitational and Elastic Energy
Classwork: Potential Energy pg. 180 #1-3 (Solutions below)
Lab: Hooke's Law
Homework: Potential Energy Problems
Spring Scale Lab | |
File Size: | 246 kb |
File Type: |
Potential Energy Problems | |
File Size: | 67 kb |
File Type: |
Potential Energy Solution (Elastic) | |
File Size: | 423 kb |
File Type: |
Chapter 5 Review | |
File Size: | 39 kb |
File Type: |
Day Students will be able to solve problems using work, energy, and power formulas
Due: Potential Energy Problems
Lec: Power
Lab: Strongman Competition
Homework: Work and Power Questions
Work Power Questions #18-23 | |
File Size: | 419 kb |
File Type: |
Work, Power, Force Questions | |
File Size: | 56 kb |
File Type: |
Strongman Competition Lab | |
File Size: | 261 kb |
File Type: |
Chapter 5 Review | |
File Size: | 39 kb |
File Type: |
Day 10 Students will be able to calculate kinetic and potential energy (gravitational and elastic) and the spring constant
Due: Work, Power, and Force Questions
Finish Strongman Lab
Lec: Conservation of Energy (Finish Energy Notes from above)
Examples: Conservation of Energy Examples pg 185 #1-2
Classwork: Conservation of Energy Problems.pdf
Work on Chapter 5 Test Review in class/ Prepare your formula chart for Chapter 5 test
Make a formula chart for test.
ME Conservation Problems (Bring a copy or work from computer) | |
File Size: | 8 kb |
File Type: |
ME Solutions pg 185 | |
File Size: | 368 kb |
File Type: |
Fall Final Exam Review | |
File Size: | 66 kb |
File Type: |
Review Answers | |
File Size: | 9 kb |
File Type: |