projectile_motion
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| projectile_motion [2024/07/02 17:03] – ncox | projectile_motion [2024/07/27 13:00] (current) – ncox | ||
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| + | ===== Free Fall Kinematics ===== | ||
| - | ===== Tracking Position, Velocity, and Acceleration ===== | + | {{ :: |
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| - | //**Lesson Summary**// | ||
| - | In this lesson, the students will learned how to convert position to velocity, velocity to acceleration and vice versa. View the slideshow and worksheet attached! | + | ---- |
| - | {{ : | + | ===== Horizontal Launches ===== |
| - | {{ ::tracking_position_velocity_and_acceleration.pdf |Tracking Position, Velocity, and Acceleration}} | + | {{ ::horizontal_launches_notes.pdf |Horizontal Launches Notes}} |
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| - | ===== Kinematics | + | ===== Angled Launches |
| - | //**Lesson Summary**// | + | {{ :: |
| - | This lesson gives kids practice with figuring out which kinematic equation to use, based on the situation present. This will lead them into projectile motion problems. | + | {{ :: |
| - | {{ :kinematics_notes.pdf |Kinematics Notes}} | + | {{ ::angled_launches_b.docx |Angled Launches |
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| - | ===== Free Fall Kinematics | + | ===== Review ===== |
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| - | //**Lesson Summary**// | + | |
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| - | This lesson applies the kinematic equations to Free Falling objects. The kids will learn how to use the kinematic equations to find the time it takes to hit the ground, velocity before it hit the ground, and the distance it fell! | + | |
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projectile_motion.1719939814.txt.gz · Last modified: 2024/07/02 17:03 by ncox