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Day 1

The next two lessons are about Newton's Second and Third Laws of Motion. You will create a presentation based upon all of Newton's 3 Laws of Motion, but it won't be due until you have completed all three lessons. Now that you have learned about the first law, you can get started. You can use many presentation mediums out there like...Adobe Creative Cloud Express, Adobe Portfolio, Animaker, Book Creator, Flip, Powtoons, ThingLink, Pixton, etc., but look at the rubric and think about which one will be easier to achieve all the criteria.

Note: No PowerPoint, Google Slides, nor either converted to PDF Accepted! If you have any other tool you would like to use, check with your teacher.

For each law, you must

Identify and explain the principles of that law.
Create a demonstration or illustration of the law. (<<< hardest part!)
Find a video or still image that shows the law.
Share at least two real-world applications of the law in action.
This is a minimum - More work = higher grade and bonus points. See the rubric below for ideas and guidance!
I wanna use pow toon help me on this

7 answers

That sounds like a fun project! Using Powtoon is a great choice for creating an engaging presentation. Here’s a structured approach to help you get started with your presentation on Newton's Three Laws of Motion.

Presentation Structure

1. Title Slide

  • Title: Newton's Laws of Motion
  • Subtitle: Exploring the Principles of Motion
  • Your Name and Date

2. Slide for Newton's First Law of Motion

  • Title: Newton's First Law of Motion
  • Principle:
    • Describe the law: "An object at rest stays at rest, and an object in motion stays in motion unless acted upon by a net external force."
    • Explanation: Discuss inertia and how it relates to everyday objects.
  • Illustration/Demonstration:
    • Create a simple animation of a ball remaining stationary until pushed and then continuing to roll until it hits an obstacle.
    • Use Powtoon’s animation tools to illustrate this concept.
  • Video/Still Image:
    • Find a relevant short video demonstrating inertia (like a ball on a flat surface).
  • Real-world Applications:
    1. Seatbelts in cars prevent passengers from continuing to move forward in a sudden stop.
    2. A book on a table remains at rest until someone picks it up.

3. Slide for Newton's Second Law of Motion

  • Title: Newton's Second Law of Motion
  • Principle:
    • Describe the law: "The acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass (F=ma)."
    • Explanation: Explain how force, mass, and acceleration are related.
  • Illustration/Demonstration:
    • Create an animation showing two balls: one with a larger mass and one with a smaller mass being pushed by the same force, demonstrating how the acceleration differs.
  • Video/Still Image:
    • Include a video showing a car accelerating based on different levels of force applied.
  • Real-world Applications:
    1. Sports: A heavier ball (like a basketball) requires more force to accelerate compared to a lighter ball (like a tennis ball).
    2. Vehicles: A truck (more mass) takes longer to accelerate than a small car with less mass when the same force is applied.

4. Slide for Newton's Third Law of Motion

  • Title: Newton's Third Law of Motion
  • Principle:
    • Describe the law: "For every action, there is an equal and opposite reaction."
    • Explanation: Talk about how forces always come in pairs.
  • Illustration/Demonstration:
    • Create an animation depicting a rocket launching (action) and the exhaust gases pushing downward (reaction).
  • Video/Still Image:
    • Find a video of a rocket launch demonstrating this principle.
  • Real-world Applications:
    1. When you jump off a small boat (action), the boat moves backward (reaction).
    2. Swimming: When you push water backward with your hands (action), you propel forward (reaction).

5. Conclusion Slide

  • Recap the main points of each law.
  • Emphasize the importance of understanding these laws in the context of science and daily life.

Tips for Using Powtoon

  • Explore various templates available in Powtoon that suit your style.
  • Use animations and transitions to keep the audience engaged.
  • Keep text concise and use bullet points for clarity.
  • Incorporate visuals like icons or illustrations to complement your explanations.
  • Make sure to include your sources for videos/images to credit them properly.

Final Steps

  • Review your presentation to ensure all requirements are met.
  • Practice your presentation to feel confident when presenting it.
  • Check in with your teacher if you have any questions or need clarification.

Good luck, and have fun creating your Powtoon presentation on Newton's Laws of Motion!

here's the rubic State the law and explain the principles

Share at least two real-world applications of the law in action.

Real World Application #1: Create a demonstration or illustration of the law (from 1 of the applications used above)

Real World Application #2: Provide a video or still image that shows the law (a different application from above)

Newton’s Second Law
State the law and explain the principles

Share at least two real-world applications of the law in action.

Real World Application #1: Create a demonstration or illustration of the law (from 1 of the applications used above)

Real World Application #2: Provide a video or still image that shows the law (a different application from above)

Newton’s Third Law
State the law and explain the principles

Share at least two real-world applications of the law in action.

Real World Application #1: Create a demonstration or illustration of the law (from 1 of the applications used above)

Real World Application #2: Provide a video or still image that shows the law (a different application from above)

Sure! Based on the rubric you provided, let’s outline each of Newton's three laws with the required components. This outline will help to structure your presentation and ensure you meet all the criteria:

Newton’s First Law

  1. State the Law and Explain the Principles

    • Law: An object at rest stays at rest, and an object in motion stays in motion at the same speed and in the same direction unless acted upon by a net external force.
    • Principles: This law illustrates the concept of inertia, which is the tendency of objects to keep doing what they are already doing. Inertia is dependent on an object's mass—the greater the mass, the greater the inertia.

  2. Share at least two real-world applications of the law in action

    • Application 1: A soccer ball lying on the ground will remain at rest until someone kicks it (an external force).
    • Application 2: A passenger in a car continues moving forward when the driver suddenly stops, due to inertia.

  3. Real World Application #1: Create a demonstration or illustration of the law (from 1 of the applications used above)

    • Demonstration: Create an animation in Powtoon showing a soccer ball at rest on a field. When a foot kicks it, the ball accelerates forward, depicting how an external force changes its state of motion.

  4. Real World Application #2: Provide a video or still image that shows the law (a different application from above)

    • Image/Video: Find a video showing a car making a sudden stop with passengers visibly leaning forward due to inertia. A video demonstrating this can be found in traffic safety instructional videos.

Newton’s Second Law

  1. State the Law and Explain the Principles

    • Law: The acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass (F=ma).
    • Principles: This law shows how the force applied to an object affects its acceleration, where a greater force results in greater acceleration, and a larger mass results in less acceleration for the same amount of force.

  2. Share at least two real-world applications of the law in action

    • Application 1: When pushing a car, the harder you push (greater force), the faster it accelerates.
    • Application 2: In sports, a lighter basketball rolls faster than a heavier soccer ball when the same force is applied.

  3. Real World Application #1: Create a demonstration or illustration of the law (from 1 of the applications used above)

    • Demonstration: Illustrate an animation in Powtoon with two balls: one heavy and one light. Show how the same force applied to both produces different accelerations, emphasizing the equation F=ma.

  4. Real World Application #2: Provide a video or still image that shows the law (a different application from above)

    • Image/Video: Find a video demonstrating a car accelerating based on different levels of force applied, such as a racecar accelerating on a track.

Newton’s Third Law

  1. State the Law and Explain the Principles

    • Law: For every action, there is an equal and opposite reaction.
    • Principles: This law emphasizes that forces occur in pairs; when an object exerts a force on another object, the second object exerts a force of equal magnitude and in the opposite direction on the first object.

  2. Share at least two real-world applications of the law in action

    • Application 1: When you push off a wall while swimming, your body moves in the opposite direction.
    • Application 2: Rockets propel themselves forward by ejecting exhaust gases backward.

  3. Real World Application #1: Create a demonstration or illustration of the law (from 1 of the applications used above)

    • Demonstration: Create an animation of a swimmer pushing off the pool wall. Show the swimmer moving forward while the wall remains stationary, visually representing the action-reaction pair.

  4. Real World Application #2: Provide a video or still image that shows the law (a different application from above)

    • Image/Video: Find a video of a rocket launch where you can clearly see the rocket thrusting downward and the resulting upward motion of the rocket.

Final Steps

  • Ensure all visual elements and animations are engaging and properly conveyed in Powtoon.
  • Double-check that you have included all required elements based on the rubric you provided.
  • Practice your presentation to highlight key concepts and transitions smoothly between each law.

By following this outline, you'll be able to create a comprehensive and engaging presentation on Newton's Laws of Motion that fulfills all your rubric requirements. Good luck!

I wanna use Canva this time

Absolutely! Canva is a fantastic tool for creating presentations, and it offers many design options to make your project visually appealing. Here's how you can structure your presentation on Newton's Three Laws of Motion using Canva, following the rubric you provided:

Canva Presentation Structure

1. Title Slide

  • Title: Newton's Laws of Motion
  • Subtitle: Exploring the Principles of Motion
  • Your Name and Date
  • Optional: Add a relevant image or graphic related to motion.

Newton’s First Law

2. Slide: Newton’s First Law of Motion

  • State the Law and Explain the Principles:
    • Text: An object at rest stays at rest, and an object in motion stays in motion unless acted upon by a net external force.
    • Explanation: Discuss the concept of inertia—how it describes the tendency of objects to maintain their state of motion.

3. Slide: Real-World Applications

  • Header: Real-World Applications of Newton's First Law
  • Application 1:
    • Text: A soccer ball remains at rest until someone kicks it.
  • Application 2:
    • Text: A passenger in a car continues to move forward when the car suddenly brakes.

4. Slide: Real World Application #1 - Demonstration/Illustration

  • Header: Illustration of Newton’s First Law
  • Content:
    • Create a simple animation or graphic depicting a soccer ball on the ground that gets kicked and moves forward. You can use Canva's animation features to illustrate the change.

5. Slide: Real World Application #2 - Video or Image

  • Header: Real World Application #2: Inertia in Action
  • Content:
    • Text: Insert a relevant video link or static image demonstrating a passenger leaning forward in a car when it stops. You can use Canva to embed a YouTube video directly or upload an appropriate image.

Newton’s Second Law

6. Slide: Newton’s Second Law of Motion

  • State the Law and Explain the Principles:
    • Text: The acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass (F=ma).
    • Explanation: Describe how different forces and masses affect acceleration.

7. Slide: Real-World Applications

  • Header: Real-World Applications of Newton's Second Law
  • Application 1:
    • Text: A car accelerates faster when more force is applied.
  • Application 2:
    • Text: A lighter basketball rolls faster than a heavier soccer ball with the same force.

8. Slide: Real World Application #1 - Demonstration/Illustration

  • Header: Illustration of Newton’s Second Law
  • Content:
    • Create an animation showing a heavier and a lighter ball being pushed with the same force. Use arrows to represent the force applied and show the difference in acceleration.

9. Slide: Real World Application #2 - Video or Image

  • Header: Real World Application #2: Car Acceleration
  • Content:
    • Insert a video link or a high-quality image of a car accelerating on a racetrack, emphasizing how force applied affects acceleration.

Newton’s Third Law

10. Slide: Newton’s Third Law of Motion

  • State the Law and Explain the Principles:
    • Text: For every action, there is an equal and opposite reaction.
    • Explanation: Discuss how forces always occur in pairs; when one object exerts a force on another, the second object exerts a force back.

11. Slide: Real-World Applications

  • Header: Real-World Applications of Newton's Third Law
  • Application 1:
    • Text: A swimmer pushes off the pool wall and moves in the opposite direction.
  • Application 2:
    • Text: Rockets propel themselves forward by pushing exhaust gases backwards.

12. Slide: Real World Application #1 - Demonstration/Illustration

  • Header: Illustration of Newton’s Third Law
  • Content:
    • Create an animation of a swimmer pushing off the wall with arrows indicating the action and the resulting motion in the opposite direction.

13. Slide: Real World Application #2 - Video or Image

  • Header: Real World Application #2: Rocket Launch
  • Content:
    • Insert a link to a rocket launch video or a high-quality image demonstrating the reaction force from the expelled gases.

14. Conclusion Slide

  • Text: Recap of Newton's Laws of Motion
    • Bullet Points:
      • Summarize each law briefly.
      • Highlight the importance of these laws in understanding movement in our daily lives.
  • Optional: Add visuals or animations to make the conclusion engaging.

Final Steps:

  • Customize your design using Canva's templates, images, icons, and animation features to make each slide visually appealing.
  • Ensure you adhere to the rubric requirements by double-checking each element.
  • Practice your presentation, focusing on key points, transitions, and layering your explanations with visuals.

This structured approach using Canva will help you create an informative and visually engaging presentation. Enjoy the process and good luck with your project!

nooo give me the answers

Sure! Here are the structured answers for each section based on Newton's Laws of Motion, leveraging your rubric.

Newton’s First Law

  1. State the Law and Explain the Principles

    • Law: An object at rest stays at rest, and an object in motion stays in motion unless acted upon by a net external force.
    • Explanation: This law describes the concept of inertia, which is the tendency of an object to maintain its current state of motion. For example, if an object is at rest, it will not start moving unless a force acts upon it. Similarly, if an object is in motion, it will not stop or change direction unless a force (like friction or gravity) causes it to do so.

  2. Real-World Applications

    • Application 1: A soccer ball remains at rest until someone kicks it.
    • Application 2: A passenger in a car keeps moving forward when the driver suddenly stops, due to inertia.

  3. Real World Application #1: Create a demonstration or illustration

    • Demonstration: Show an animation of a soccer ball on the ground. When a foot kicks it, the ball moves forward. This visually represents how an external force changes its state of motion.

  4. Real World Application #2: Provide a video or still image

    • Video/Image: Use a video showing a car making a sudden stop and passengers leaning forward. This illustrates how objects continue in motion until acted upon by a force.

Newton’s Second Law

  1. State the Law and Explain the Principles

    • Law: The acceleration of an object is directly proportional to the net force acting on it and inversely proportional to its mass (F = ma).
    • Explanation: This law indicates that the acceleration of an object depends on two factors: the net force applied to it and its mass. A greater force results in greater acceleration, while a larger mass leads to less acceleration for the same force.

  2. Real-World Applications

    • Application 1: When pushing a car, the harder you push (greater force), the faster it accelerates.
    • Application 2: A lighter basketball rolls faster than a heavier soccer ball with the same force applied.

  3. Real World Application #1: Create a demonstration or illustration

    • Demonstration: Create an animation showing two balls being pushed—one heavy and one light. Show the lighter ball accelerating faster than the heavier ball, showcasing the effect of mass on acceleration.

  4. Real World Application #2: Provide a video or still image

    • Video/Image: Find a video demonstrating a car accelerating. This can highlight how different forces produce varying levels of acceleration.

Newton’s Third Law

  1. State the Law and Explain the Principles

    • Law: For every action, there is an equal and opposite reaction.
    • Explanation: This law emphasizes that forces occur in pairs. When one object exerts a force on another, the second object exerts a force of the same magnitude but in the opposite direction.

  2. Real-World Applications

    • Application 1: When a swimmer pushes off the pool wall, their body moves in the opposite direction.
    • Application 2: A rocket propels itself forward by expelling gases backward.

  3. Real World Application #1: Create a demonstration or illustration

    • Demonstration: Create an animation showing a swimmer pushing off the wall. Illustrate the action (swimmer pushing off) and the resulting reaction (swimmer moving away from the wall).

  4. Real World Application #2: Provide a video or still image

    • Video/Image: Find a video of a rocket launch that clearly shows the ejection of exhaust gases and the rocket's upward motion, demonstrating the action-reaction pair.

Feel free to customize these answers as needed, and ensure that each slide in your Canva presentation captures the essence of the respective laws using these structured components. Good luck with your presentation!