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Force and Motion

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Updated 5 months ago

1. Poll
30 seconds
How are you feeling today?
  • Excited and energized
  • Tired and sleepy
  • Stressed and overwhelmed
  • Calm and relaxed
  • Curious and adventurous
2. Slide
60 seconds
Force Motion Acceleration: Force is a push or a pull that affects an object's motion. Forces can be balanced or unbalanced.
Force and Motion
3. Personalised Feedback
240 seconds
How does force impact the motion of an object?
4. Slide
60 seconds
If a force is unbalanced it will change the motion of an object If a force is balanced it won't change the motion of the object The force of friction is always opposite the direction of motion.
Did you know?
5. Open question
180 seconds
Work together in pairs: Q: How does the size and direction of a force affect the motion of an object?
6. Drawings
450 seconds
Brain Break: Draw a slice of pizza riding a skateboard.
7. Poll
60 seconds
What is the force that opposes motion?
  • Friction
  • Velocity
  • Gravity
8. Slide
60 seconds
1st Law (Law of Inertia): An object in motion stays in motion unless acted upon by an outside force. 2nd Law (Law of Acceleration): Force = Mass x Acceleration 3rd Law (Law of Action/Reaction): For every action there is an equal and opposite reaction.
Newton's Laws of Motion
9. Poll
60 seconds
What is the formula for calculating force?
  • Force = Distance / Time
  • Force = Weight x Gravity
  • Force = Mass x Acceleration
10. Personalised Feedback
480 seconds
How does Newton's First Law of Motion apply to a person in a moving car that suddenly stops? Hint: An object in motion stays in motion unless....
11. Poll
60 seconds
Brain Break: Would you rather have the ability to talk to animals or speak all human languages fluently?
  • Talk to animals
  • Speak all human languages fluently
12. Drawings
660 seconds
Question: How can Newton's Laws of Motion be used to explain the motion of a baseball? Clues: • Newton's First Law states that an object at rest will remain at rest and an object in motion will remain in motion in a straight line. • Newton's Second Law explains how a force can cause an object to accelerate. • Newton's Third Law states that for every action there is an equal and opposite reaction. In pairs: Each partner select and solve one of the tasks: (write which task you do) A. Work in pairs to create a drawing that shows how Newton's Laws of Motion can explain the motion of a baseball. B. Explain the motion of the baseball through the drawing and use Newton's Laws of Motion to support each step of the explanation.
13. Poll
30 seconds
How confident are you with today's lesson?
  • Very confident 💪🏻
  • Somewhat confident 😌
  • Need more practice 🤔
  • Confused 😕
  • Completely lost 🥺

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