Before Class Preparation:
- Read handout on: Normal Force inquiry
- Print or make copy of Normal Force Practice
In Class Activity:
- Normal Force Investigation
- Complete page 1-2
After Class Work:
- Complete Normal Force Practice
- Edpuzzle: Normal Force
- CK12
Author: Albert Fong
Computer Interactive – Coulomb Forces
Before class preparation
- BYOD Laptop
- Read this handout for Coulomb forces
- Complete “Prior Knowledge” questions for handout
In class activity
- Coulomb Forces Interactive
After class work
- CK12
- Edpuzzle
Simulation Lab: Universal Law of Gravitation
Before Class Preparation:
- BYOD for Pear Deck & Simulation
- Read handout: Universal Law of Gravitation Simulation Lab
- Complete Pre-Lab questions (in the Google Form & on the Google Doc)
In Class Activity:
- Pear Deck: Universal Gravitation
- Use this simulation to investigate the Universal Law of Gravitation
- Design your own experiment and collect data
- Use data and graph to determine the universal gravitation constant, G
After Class Work:
- Edpuzzle: Gravitational Fields
- Interesting Videos:
Free fall of a tennis/G-ball (Day 2)
Before Class Preparation:
- BYOD laptop
- Make sure you completed your raw data table in Google Classroom
- Complete the linearization exercises in Google Classroom and check your work
In Class Group work:
- Linearizing free fall equation
- Reaction time: catching a metre stick
- How does it affect your data?
- Presenting data: Line Straightening & Slope
After Class Practice:
- CK12
- Edpuzzle
PPP: Secondary Research
Before Class Preparation:
- Complete topic selection and peer review/comments
- BYOD laptop to continue to update your blog
In Class Activity:
- Complete PPP Forms 3 & 4
- Secondary Research on your project
- Submit Form 5 when finished
After Class Work:
Complete any missing:
- CK12 practice
- Google Classroom Self Quizzes
Inquiry Lab: Impulse-Momentum Theory
Before Class Preparation:
- Read this lesson on impulse & momentum
- Read handout for Impulse Lab with Smart Cart
In Class Activity:
- Use Smart Carts to investigate impulse-momentum theorem
- Use data to confirm the impulse-momentum theorem
After Class Work:
- CK12: Impulse
Energy/Momentum/Impulse Wrap Up
Before Class Preparation:
- Bring all unfinished work from this past week
In Class Activity:
- In groups, try Momentum & Energy Breakout
- Work on secondary research post for your PPP
After Class Work:
- Study for energy/momentum/impulse quiz
- Finish CK12s
Quiz – Forces
Before Class Preparation:
- Complete assigned CK12 exercises on forces
In Class Work:
10 minute group discussion
20 minute quiz: 3 questions on Forces
Can you:
- Draw and label forces on a free body diagram on bodies in motion with or without air resistance.
- Predict the motion of an object based on the size of relative forces.
- Use a v-t graph to determine the forces acting on an object.
- Determine the forces acting on objects moving with different types of motion in one dimension.
- Based on a free body diagram:
- Compare the sizes of forces on an object
- Determine the net force of an object
- Calculate the acceleration of an object and its direction of motion
- Calculate the forces on an object
After quiz:
- Take up the quiz immediately using Sage & Scribe
Newton’s 2nd Law Lab: Constant Applied Force
Before Class Preparation:
- Complete Pre-Lab
- Read the procedure and print (or make a copy of) this handout:
- Create a proper data table to record data
- (5 trials for 5 data points)
In Class Activity:
- Newton’s 2nd law simulation: Constant mass
- Newton’s 2nd law: Constant applied force
- Data to be collected individually (7 choose 5 or 9 choose 6)
- Rubric for Lab Skills Assessment
After Class Work:
- Review:
- Read this document about error & instrumental uncertainties
- Video: Uncertainty of a measured number (Spread of data)
- Create an appropriate data table with Google sheets
- Linearize the data
- Create an appropriate scatter plot and add a trend line
- Calculate the slope of the trend line
Mr. Fong's Class Website 