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DO NOW

DO NOW. V: 0. Benchmark Testing. V: 0. Complete the Benchmark Testing. You will have all day today and tomorrow to finish. When you are finished, you may read, do your homework or sit quietly. DO NOW. V: 0. Benchmark Testing. V: 0.

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DO NOW

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  1. DO NOW V: 0

  2. Benchmark Testing V: 0 Complete the Benchmark Testing. You will have all day today and tomorrow to finish. When you are finished, you may read, do your homework or sit quietly.

  3. DO NOW V: 0

  4. Benchmark Testing V: 0 When you are finished, complete the Fakebook profile page for a famous physicist. Use one of the laptops to research the person. Possible physicists to research: Galileo Galilei Sir Isaac Newton Daniel Bernoulli Benjamin Franklin Henry Cavendish James Watt Robert Hooke Michael Faraday Hermann von Helmholtz Nikola Tesla Sally Ride Marie Curie Albert Einstein Niels Bohr Irène Joliot-Curie Maria Goeppert-Mayer Stephen Hawking Rosalyn S. Yalow

  5. DO NOW V: 0

  6. TEKS

  7. Newton’s Laws of Motion Stations V: 2 Students will complete each of the four stations to explore Newton’s three laws of motion. At each station: 1) Read about the law of motion. 2) Complete the task. 3) Draw a diagram. 4) Describe how the station represents the law of motion.

  8. Newton’s Laws Foldable V: 0 Newton’s 1st Law of Motion: Law of Inertia

  9. Newton’s Laws Foldable V: 0 Newton’s 1st Law of Motion: Law of Inertia An object at rest stays at rest or an object in motion stays in motion until unbalanced forces act upon it.

  10. Newton’s Laws Foldable V: 0 Newton’s 1st Law of Motion: Law of Inertia An object at rest stays at rest or an object in motion stays in motion until unbalanced forces act upon it.

  11. Newton’s Laws Foldable V: 0 Newton’s 2nd Law of Motion: Law of Force and Acceleration

  12. Newton’s Laws Foldable V: 0 Newton’s 2nd Law of Motion: Law of Force and Acceleration The acceleration of an object depends on the object’s mass and magnitude of the force acting upon it.

  13. Newton’s Laws Foldable V: 0 Newton’s 2nd Law of Motion: Law of Force and Acceleration The acceleration of an object depends on the object’s mass and magnitude of the force acting upon it. F = ma

  14. Newton’s Laws Foldable V: 0 Newton’s 2nd Law of Motion: Law of Force and Acceleration The acceleration of an object depends on the object’s mass and magnitude of the force acting upon it. F = ma

  15. Newton’s Laws Foldable V: 0 Newton’s Third Law of Motion: Law of Action-Reaction

  16. Newton’s Laws Foldable V: 0 Newton’s Third Law of Motion: Law of Action-Reaction For every action there is an equal and opposite reaction.

  17. Newton’s Laws Foldable V: 0 Newton’s Third Law of Motion: Law of Action-Reaction For every action there is an equal and opposite reaction.

  18. BrainPop Video V: 0 Newton’s Laws of Motion Video

  19. DO NOW V: 0

  20. TEKS

  21. Homework V: 0 Trade and grade homework

  22. Newton’s 2nd Law V: 0 Law of Force and Acceleration The acceleration of an object depends on the object’s mass and magnitude of the force acting upon it. Force = Mass X Acceleration F = M X A Complete the Force and Acceleration worksheet.

  23. Quiz Review V: 0 White Board Review for quiz on Monday. Quiz will cover Newton’s 3 Laws of Motion.

  24. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  25. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  26. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  27. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  28. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  29. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  30. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  31. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  32. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

  33. Quiz Review V: 0 Which of Newton’s 3 Laws of Motion is represented in the scenario. Why?

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