1 / 18

2-D Kinematics

2-D Kinematics. Drop-Shoot predictions. Clicker questions about the drop-shoot demonstration Do this AFTER talking about components, and why we split things into X & Y Independence of X & Y vectors. What do you prefer?. HW C due Thur, lab due Wed HW C due Wed, lab due Thurs No prefer.

yamal
Download Presentation

2-D Kinematics

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. 2-D Kinematics

  2. Drop-Shoot predictions • Clicker questions about the drop-shoot demonstration • Do this AFTER talking about components, and why we split things into X & Y • Independence of X & Y vectors

  3. What do you prefer? • HW C due Thur, lab due Wed • HW C due Wed, lab due Thurs • No prefer

  4. One ball is dropped. The other is shot horizontally simultaneously. Which hits the ground first? • Dropped ball • Horizontally shot ball • Both at the same time

  5. One ball is dropped. The other is shot horizontally simultaneously. Which has larger vertical-component to its velocity at the end when they hit? • Dropped ball • Horizontally shot ball • Both are the same time

  6. Projectile firing across flat ground • Several clicker questions to be done BEFORE the projectile launcher demo • Do these AFTER drop-shoot demo and 1-2 numerical questions (3.24 & handout #1)

  7. Which object has a faster horizontal component to velocity? All have the same TOTAL speed. • Object launched at 30 degrees • Object launched at 45 degrees • Object launched at 60 degrees

  8. Which object spends more time in the air when flying over FLAT ground? All have the same TOTAL speed. • Object launched at 30 degrees • Object launched at 45 degrees • Object launched at 60 degrees

  9. When firing a projectile across FLAT ground, the projectile will go furthest if launched at an angle: • 0-30 degrees • 30-60 degrees • 60-90 degrees

  10. Launch projectile over FLAT ground • 15 degrees • 30 degrees • 40 degrees • 45 degrees Show the next few Clicker questions before 50, 60, 75 degrees.

  11. Which goes further? • Object launched at 30 degrees • Object launched at 60 degrees • Both go the same distance

  12. Firing projectiles across NOT-FLAT ground • Clicker questions upcoming

  13. When firing a projectile down a hill, the projectile will go furthest if launched at an angle: • Greater than 45 degrees • Equal to 45 degrees • Less than 45 degrees

  14. When firing a projectile up a hill, the projectile will go furthest if launched at an angle: • Greater than 45 degrees • Equal to 45 degrees • Less than 45 degrees

  15. Hunter-Monkey demo • Clicker question predictions

  16. Where will the bullet go? • Above the monkey • Below the monkey • Hit the monkey

  17. Bullet fired much faster. What will it do? • Above monkey • Below monkey • Hit the monkey

  18. Bullet fired much slower. What will it do? • Above monkey • Below monkey • Hit the monkey

More Related