Day 1 (A - 01/09): Students will be able to apply Newton's universal law of gravitation to find the gravitational force between two masses.
The Tower Challenge
Lec: Newton's Law of Universal Gravitation
WS: PhyzJob: Proportional Reasoning - The Gravity Edition
Law of Universal Gravitation WS | |
File Size: | 54 kb |
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LoUG Solution | |
File Size: | 79 kb |
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Day 2 (A - 01/11): Define work by relating it to force and displacement.
Lab: Partner Attraction
Lec: Work
Worksheet: Calculating Work
Lab: Partner Attraction
Lec: Work
Worksheet: Calculating Work
Lecture Notes: Work | |
File Size: | 237 kb |
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Calculating Work WS | |
File Size: | 83 kb |
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Work and Power WS | |
File Size: | 541 kb |
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Day 3 (A - 01/16): Students will be able to relate the concepts of energy, time, and power.
Quiz: Work
Lec: Power
Lab: Power - Who is the most powerful?
Classwork: Work and Power Problems
Quiz: Work
Lec: Power
Lab: Power - Who is the most powerful?
Classwork: Work and Power Problems
Work Quiz 1 | |
File Size: | 106 kb |
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Power Notes | |
File Size: | 93 kb |
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Human Power Lab | |
File Size: | 261 kb |
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Day 4 (A - 01/18): Students will be able to relate the concepts of energy, time, and power.
Finish Power Lab
Due: Work/Power WS
Quiz 4: Power | |
File Size: | 104 kb |
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Day 5 (A - 01/22): Students will be able to calculate kinetic energy
Solo Power Quiz pg 176 #3-4
Lecture: Kinetic Energy
Calc: pg 162 #1-4
HW: Kinetic Energy
Day 5 (A - 01/22): Students will be able to calculate kinetic energy
Solo Power Quiz pg 176 #3-4
Lecture: Kinetic Energy
Calc: pg 162 #1-4
HW: Kinetic Energy
KE Examples | |
File Size: | 7 kb |
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Day 6 (A - 01/24): Students will be able to calculate kinetic and potential energy and apply work-kinetic energy theorem to solve word problems
Classwork: Work-Kinetic Energy Theorem pg 164 #1-4
WKE Theorem Lab
Day 6 (A - 01/24): Students will be able to calculate kinetic and potential energy and apply work-kinetic energy theorem to solve word problems
Classwork: Work-Kinetic Energy Theorem pg 164 #1-4
WKE Theorem Lab
Work-Kinetic Energy Theorem Notes | |
File Size: | 92 kb |
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Day 7 (A - 01/26): Students will be able to calculate kinetic and potential energy and apply work-kinetic energy theorem to solve word problems
W-KE Post lab Questions
Lec: What is Energy? Types of Energy
Lab: Phet Energy Skate Park Click Here
Work Kinetic Energy Theorem Post Lab Questions | |
File Size: | 88 kb |
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Types of Energy | |
File Size: | 377 kb |
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PHET Skate Park ws | |
File Size: | 381 kb |
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PHET Energy Skate Park | |
File Size: | 2803 kb |
File Type: | jar |
Day 8 (A - 01/30): Students will be able to calculate kinetic and potential energy and apply work-kinetic energy theorem to solve word problems
Quiz: Energy
Lec: Gravitational & Elastic Potential Energy
Lab: Spring Scale/ Hooke's Law Lab
Classwork: PE Examples 1-4
Begin Set D pg 168 #1-3
Elastic Potential Energy | |
File Size: | 223 kb |
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PE Examples | |
File Size: | 67 kb |
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Spring Scale/ Hooke's Lab | |
File Size: | 246 kb |
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Quiz: Energy Quiz 2 | |
File Size: | 30 kb |
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Day 9 (A - 02/01): Students will be able to apply conservation of energy to analyze energy transitions and transformations in a system.
Lec: Conservation of Mechanical Energy
Classwork: ME Example
Notes: Conservation of ME | |
File Size: | 126 kb |
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WS: Conservation of Energy problems | |
File Size: | 661 kb |
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Mechanical Energy Lab | |
File Size: | 179 kb |
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ME (Lecture Solutions) | |
File Size: | 368 kb |
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ME Conservation Worksheet (additional work) | |
File Size: | 8 kb |
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Day 10 (A - 02/05): Students will be able to apply conservation of energy to analyze energy transitions and transformations in a system.
Finish Conservation of ME questions
Lab: Energy Conservation (IPC Roller Coaster)
Quiz: Energy Quiz 3
Review for available
Finish Conservation of ME questions
Lab: Energy Conservation (IPC Roller Coaster)
Quiz: Energy Quiz 3
Review for available
Roller Coaster Lab | |
File Size: | 2256 kb |
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Solutions: Conservation of Energy | |
File Size: | 593 kb |
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Energy Quiz 3 | |
File Size: | 119 kb |
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Work, Power, Force Problems | |
File Size: | 56 kb |
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Chapter 5 Review | |
File Size: | 39 kb |
File Type: |
Day 11 (A - 02/07): Students will be able to identify the different types of energy and calculate for energy of different categories.
Finish HW and Roller Coaster Lab
Finish HW and Roller Coaster Lab
Day 12 (A - 02/09): Students will be able to identify the different types of energy and calculate for energy of different categories.
Chapter 5 Test
All solution sets due today A,B,C,D & E.
Day 13 (A - 02/13): Students will be able solve for the momentum of moving objects.
Chapter 5 Test Analysis
Video: Understanding Car Crashes notes
Progress Reports
Momentum Definitions | |
File Size: | 5 kb |
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Day 14 (A 02/15): Students will be able solve for the momentum of moving objects.
Recap: Inertia
Class Discussion: Momentum
Lec: Momentum/Impulse
HW: Impulse Problems
Recap: Inertia
Class Discussion: Momentum
Lec: Momentum/Impulse
HW: Impulse Problems
Momentum Ball Demo | |
File Size: | 40 kb |
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Momentum & Impulse Notes | |
File Size: | 624 kb |
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Momentum Problems | |
File Size: | 152 kb |
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Momentum-Impulse WS | |
File Size: | 533 kb |
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Day 15 (A - 02/20): Students will be able to solve for the force needed to bring an object to rest using the Momentum-Impulse theorem.
Class Discussion: What is Impulse?
Lec: Momentum-Impulse (continued from previous lecture)
Demo: Egg Drop/ Egg Toss/ Balloon Toss
Lab: Momentum-Impulse Carts
Homework: Momentum-Impulse Worksheet
Stopping distance Calc.
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Impulse and Momentum Lab | |
File Size: | 256 kb |
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Day 16 (A - 02/22): Students will be able to compare the total momentum of two objects before and after they interact.
Demo: Newton's Cradle
Due: Momentum-Impulse Packet
Chapter 6 Quiz 1 - Impulse-Momentum Theorem
Lec: Conservation of Momentum
Classwork: Conservation of Momentum Packet
Lab: Phet Collision Lab (Click Here)
Demo: Newton's Cradle
Due: Momentum-Impulse Packet
Chapter 6 Quiz 1 - Impulse-Momentum Theorem
Lec: Conservation of Momentum
Classwork: Conservation of Momentum Packet
Lab: Phet Collision Lab (Click Here)
Chapter6 Quiz 1 - Momentum and Impulse | |
File Size: | 130 kb |
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Notes: Conservation of Momentum | |
File Size: | 456 kb |
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Collision Lab (2016) | |
File Size: | 149 kb |
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Conservation of Momentum Practice | |
File Size: | 530 kb |
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Conservation of Momentum Lab (Carts) | |
File Size: | 113 kb |
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Lab Collision Phet | |
File Size: | 409 kb |
File Type: | jar |
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Day 17 (A - 02/26): Students will be able to identify the different types of collisions.
Due: Conservation of Momentum WS
Quiz 4: Conservation of Momentum (Partner)
Demo: Mass Carts/ Double Drop (Basketball vs Golf Ball)
Lec: Elastic and Inelastic collisions
Lab: Conservation of Momentum Lab (Carts/Timer)
Test Review below
Chapter 6 Quiz 2 | |
File Size: | 127 kb |
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Notes: Types of Collisions | |
File Size: | 270 kb |
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Chapter 6 Test Review | |
File Size: | 24 kb |
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Day 13 (A - 02/28): Students will be able to apply concepts of conservation of momentum and calculate for velocity before and after collisions.
Writing EC Low Grade Drop | |
File Size: | 153 kb |
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Physics Gallery Momentum Problems | |
File Size: | 8 kb |
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Day 14 (A -): Students will be able to identify and calculate the parts of harmonic motion.
Chapter 6 Test Student Analysis
Lec: Harmonic Motion
Lab: Harmonic Motion Spring Lab (Click Here)
Harmonic Motion Examples (Click Here)
Chapter 6 Test Student Analysis
Lec: Harmonic Motion
Lab: Harmonic Motion Spring Lab (Click Here)
Harmonic Motion Examples (Click Here)
Spring-Mass Lab | |
File Size: | 63 kb |
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Notes: Harmonic Motion | |
File Size: | 178 kb |
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Harmonic Motion Spring Lab | |
File Size: | 177 kb |
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Phet Lab File (Mass-Spring) | |
File Size: | 478 kb |
File Type: | jar |
Day 16 (A -): Students will be able to identify what affects a pendulum and calculate the period of a pendulum.
Lec: Spring-mass and Pendulum
Lab: Pendulum Period
Classwork: Spring-mass/ Pendulum Calculations
Lec: Spring-mass and Pendulum
Lab: Pendulum Period
Classwork: Spring-mass/ Pendulum Calculations
pendulum_basics_notes.pdf | |
File Size: | 411 kb |
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Pendulum Lab | |
File Size: | 916 kb |
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Pendulum Problems | |
File Size: | 23 kb |
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Spring-Mass Problems | |
File Size: | 23 kb |
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