Projectile motion with air resistance
[DOCX File]Virtual Lab on Projectile Motion - Weebly
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Change the angle and height of the cannon and add or remove air resistance to various objects. As you are getting familiar with the lab, fill in the table below: ... When the velocity was increased which of the data table measurements of the projectile motion also increases?
[DOC File]Projectile motion – gravity and air resistance
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vary the diameter of the projectile, turn air resistance on and off for each diameter used, Then fire the cannon several times making observations on how the changing diameter affects the flight path of the projectile. Also note how air resistance being turned on and off …
[DOC File]Projectile motion – gravity and air resistance
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Draw what you see (using blue pencils for no air resistance, and red pencils for air resistance. Make a statement about the effect of air resistance on a projectile as the mass varies. Clear the screen. With air resistance OFF, fire the projectile, but vary the diameter of the object. Try 0.1 m, 0.5 m, 1.0 m, 2.0 m.
[DOC File]Physics - Projectile Motion Resource Sheet
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Projectile Motion Notes and Problems. Assumptions: g has magnitude of 9.80 m/s2 and is always downward. Effect of air resistance can be ignored. Rotation of earth can be ignored. Path will be parabola. vectors act independently & perpendicular . vyo = v0 sin ( vx0 = v0 cos ( Horizontal Velocity. 1. Horizontal velocity component constant. 2.
[DOC File]PROJECTILE MOTION IN ACTION
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The X motion (horizontal) is different than the Y motion. Horizontally, there is nothing making the projectile speed up or slow down (remember that we are choosing to ignore air resistance). This means that horizontally the projectile travels with a constant speed - the …
[DOC File]Go to the projectile motion simulator at http://phet
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Projectile Initial speed (from #3) Drag coefficient Hit bull’s eye? Football Bowling ball Adult human Piano Buick Conclusion: How does the air resistance relate to whether the object could still hit the bull’s eye or not? 5. Finally, choose an object and analyze its motion without air resistance.
[DOC File]Physics Chapter 7 Projectile Motion Worksheet #1
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Steps to Solve a Projectile Motion Problem: Draw a vector diagram. Find the horizontal and vertical components of velocity. Solve for each component (horizontal or vertical) separately. Remember for acceleration: horizontal = 0 and vertical = -9.8 m/s2. ROT: find time first (using vertical components) Ignore air resistance. Check for units and ...
[DOC File]Chapter 3 Study Guide: Projectile Motion
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____ 3. In the absence of air resistance, the angle at which a thrown ball will go the farthest is _____. a. 15° c. 45° b. 30° d. 60° ____ 4. A ball thrown in the air will never go as far as physics ideally would predict because _____. a. the ball would never land c. air resistance slows …
[DOC File]Principles of Projectile Motion
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Air resistance will decrease the horizontal component of a projectile. The effect of air resistance is very small, but needs to be considered if you want to increase the horizontal component of a projectile. There are several factors that relate to the amount of air resistance acting on a projectile. Surface to volume ratio. The larger the ...
[DOC File]Go to the projectile motion simulator at http://phet
https://info.5y1.org/projectile-motion-with-air-resistance_1_a1fb09.html
Projectile Initial speed (from #3) Drag coefficient Hit bull’s eye? Football Bowling ball Adult human Piano Buick Conclusion: How does the air resistance relate to whether the object could still hit the bull’s eye or not? 5. Finally, choose an object and analyze its motion without air resistance.
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