Storyboard Text
- Hey Rei! During our Ms. Ramos, I overheard your concerns. Do you want me to explain it to you more clearly?
- That's so nice of you, Kei. In a real-life situation, I'm not sure how projectile motion works.
- Kei demonstrates how projectile motion works by throwing a ball over a cliff.
- 11 m
- and the horizontal displacement is distance the ball traveled, 11 m. While the time when the ball landed is 3.07s.
- 7.5 m
- Now let's try to know how fast the ball before it reach the water.
- The height from where I throw the ball is the vertical displacement, 7.5 m.
- Now let's substitute the given in the formula and try to identify its velocity.Vix =  dx                             t      Vix =  11 m           3.07s          
- Ah! Ms. Ramos taught us the acceleration formula, which I remember. It's dx = Vixt        Vix = dx t        t      or           t
- The coolest part is it's an example of projectile motion! The ball follows a parabolic path of motion.
- So I just need to divide the horizontal displacement and time. So... is it 3.58 m/s?
- Yes, you are correct! Isn't it basic? I'm not convinced why you dislike this topic so much, Rei.
- Geez! Science is everywhere! Kei, thank you for teaching me. Let's get going before it gets dark.
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