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White Board Review

Explore the critical concepts of distance and displacement through real-world examples, such as Billy running laps around a track. We highlight how displacement can often be different from total distance traveled, emphasizing the distinction between these two terms using practical problems. Additionally, we delve into speed and velocity calculations, providing practice problems to solidify understanding. Whether it's calculating the average speed of a race car or determining how long various journeys will take, this review is designed to enhance your grasp of motion.

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White Board Review

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Presentation Transcript

  1. White Board Review Motion

  2. Distance vs. Displacement Billy runs 3 full laps around the track. If each lap is 400 m, what is his displacement?

  3. Distance vs. Displacement Billy runs 3 full laps around the track. If each lap is 400 m, what is his displacement? displacement = 0 m

  4. Distance vs. Displacement Billy runs 1 full lap around the track. If each lap is 400 m, what is his total distance traveled?

  5. Distance vs. Displacement Billy runs 1 full lap around the track. If each lap is 400 m, what is his total distance traveled? distance = 400 m

  6. Graphing Distance vs. Time What is the total distance traveled at 55s?

  7. Graphing Distance vs. Time How long did it take to travel 40m?

  8. Graphing Distance vs. Time What is happening between 20s and 48s?

  9. Calculating Speed & Velocity V = d t V = velocity or speed (m/s) d = distance (m) t = time (s)

  10. Calculating Speed & Velocity V = d t Rearrange the formula to solve for distance.

  11. Calculating Speed & Velocity V = d t Rearrange the formula to solve for time.

  12. Practice Problem #1 What is the average speed of a race car that travels 500 m in only 3.2 seconds?

  13. Practice Problem #2 How far does Garfield walk to get lasagna if he walks at a speed of 1.8 m/s for a total of 14 seconds?

  14. Practice Problem #3 What is the velocity of a snail that takes 140 seconds to travel a distance of 0.326 m?

  15. Practice Problem #4 How long will it take a cyclist to go 2400 m at a speed of 10 m/s?

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