11-2 Forces

Gizmos – Fan Cart Physics (Newton’s Laws)

Albert Fong 11-2 Forces

Before class preparation

  • Make sure you have your gizmo login
    • Class enrollment code: SNYP2KU7BC
  • BYOD Laptop or Chromebook from library
  • Go to the Google Classroom for the handouts
  • Complete “Prior Knowledge” questions for handout

In class activity

  • Complete assigned Simulation
  • Answer Assessment Questions

After class work

  • Finish Gizmos worksheets
  • Complete the assessment questions
  • Solutions will be emailed to you once you’ve completed them
  • CK12
  • Edpuzzle

Quiz: Forces 2

Albert Fong 11-2 Forces, Quiz

Before Class Preparation:

Complete all previous forces self quizzes & CK12 exercises

In Class Work:

15 minute pre-quiz: Make notes from your discussions

30 minute quiz: Newton’s Law Applications

Can you:

  • Use Fnet = ma to draw F-t and v-t graphs based on a given motion
  • Calculate quantities based on situations given from a free body diagram
  • Explain the net forces acting on different masses (of the same size) with different velocities
  • Explain how friction forces compare with each other under various circumstances.

After quiz:

Take up the quiz immediately using Sage & Scribe 

Free fall of a tennis/G-ball (Day 2)

Albert Fong 11-1 Motion, 11-2 Forces, Kinematics, Lab , ,

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

Quiz – Forces

Albert Fong 11-2 Forces, Quiz ,

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: