• Projectile Practice from McGraw-Hill (see post in Google Classroom)
• Notes

• Error Analysis Lab
• Motion on an Incline (not in 2021)
• Investigating the Fall of a Coffee Filter (Design) (not in 2021)

• PRESCRIBED PRACTICAL ~ Measuring the acceleration due to gravity by timing a freefalling object (write up as DCP/CE)
• Try the following simulation: Free Fall Model

• QUIZ (2.1 Kinematics)
• work on Labs

• Forces (Weight)
• Mass & the kilogram: World's Roundest Object
• Brilliant ~ Problem of the Week (Leaves on Trampoline)
• Seatbelts Save Lives
• Galileo's Perception of Inertia
• Spinning Ball
• Egg Experiment to Demonstrate Inertia (Try this at home!)
• The Difference Between Mass & Weight
• Your Weight on Other Worlds
• Misconceptions About Falling Objects
• Misconceptions About Falling Objects (Take 2!)
• Fire in ZERO-g
• What happens to the brain in zero gravity?
• Galileo's Experiments: Falling Objects
• Why Does the Earth Spin?
• How Does the Earth Spin?
• Notes

• Forces (Weight/Normal Force/FBDs)
• BrainPopUK: Gravity
• What is Gravity?
• What is a Force?
• What Forces are Acting on You?
• Forces and Motion Simulation Lab
• Notes

• April 10, 2019 ~ Scientists Reveal the First Image of a Black Hole
• EHT Simulation

• Forces (Resultant Forces/Balanced & Unbalanced Forces/Newton's First Law/Translational Equilibrium/Newton's Second Law)
• Notes

• Forces & Motion: Basics (Tug of War & Acceleration Lab) (needs Java)
• Finish "Popper Physics"
• Finish "Error Analysis" and "Freefall"
• Work on "TO DO" list

• Forces (Newton's Second Law)
• Brain PopUK: Force
• Negative Mass??
• Notes

• Forces (Friction)
• Forces (Fluid Resistance)
• Forces in 1D (needs Java)


Click to Run

• The Physics Classroom
• The Calculator Pad
• Notes

• Investigating the Terminal Velocity of a Coffee Filter

• Work on Terminal Velocity Lab

• Momentum & Impulse (Momentum, Impulse & Newton's Second Law/F-t graphs/Conservation of Linear Momentum)
• Momentum & Impulse
• More Momentum & Impulse
• Impulse
• Bouncing Ball
• Momentum & Collisions (PHYSCLIPS)
• What is wrong in the NS Driver's Handbook? (see p51)
• Notes

• Momentum & Impulse (Conservation of Linear Momentum)
• pHET Collision Lab (settings: 1D, check velocity vectors & momenta diagram, try 100%, 50%, 0% elasticity, try different mass combinations, try different velocities and look at the total mometum before & after collision)
• 2D Collisions (World-in-Motion video analysis)

• Momentum & Impulse (Conservation of Linear Momentum)
• Cannon Ball Fired from Back of Moving Truck
• Recoil Velocity Animation
• Notes1
• Notes2

• Momentum & Impulse (Conservation of Linear Momentum)
• Notes
• Video: Momentum (Vector Addition) ~ see Google Classroom

• Finish up lab work:
  • Terminal Velocity Lab
  • pHET Collision Lab
  • 2D Collisions (World-in-Motion video analysis)

• Momentum & Impulse (Newton's Third Law)
• Notes

• Work, power, and energy (Forms of energy, conservation of energy, work)
• BrainPop: Work
• BrainPop: Inclined Plane
• Notes

April 28

• NO SCHOOL

April 29

• NO SCHOOL (originally scheduled as Inservice/Parent-Teacher Day)

April 30

Learning from Home

• Work, power, and energy (Work, force displacement graphs, Hooke's Law)
• Hooke's Law Animation
• Hooke's Law Spring
• Virtual Hooke's Law Lab
• Hooke's Law (showing elastic limit)
• PhET: Hooke's Law
• Find Ronald's Mass
• Notes