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Analyzing the Physics of Horizontal Tennis Ball Launch

This hands-on physics activity focuses on the horizontal launch of a tennis ball, allowing students to explore the principles of projectile motion. Participants will calculate variables such as initial velocity (Vo), final velocity (Vf), acceleration (a), and distance (d) using equations like Vf = Vo + at and Vf² = Vo² + 2ad. The activity involves measuring the horizontal range and understanding its relation to various initial conditions. It’s an engaging way to apply theoretical concepts in a practical environment.

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Analyzing the Physics of Horizontal Tennis Ball Launch

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Presentation Transcript

  1. PHYSICS CLASS ACTIVITY

  2. C.A.: TENNIS BALL LAUNCH HORIZONTAL LAUNCH

  3. Vf = Vo + at d = Vot + ½ (at2) Vf 2 = Vo2 + 2ad X Y Vo Vf a t d C.A. #7: Tennis Ball Launch Method #2: Horizontal Shoot Goal: Determine Vmuz Measure: Y, Range Vmuz Y= ____ Horizontal distance (X ) Vfx Q Vf Vfy

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