Projectile motion equation

    • [DOCX File]Investigation 6B: Projectile motion

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      In this assignment, you will compare one- and two-dimensional falling motion using video motion analysis. Objectives: To perform video motion analysis on a one object system . To observe the free fall motion of a basketball. To study the projectile motion of a basketball. To explore how free fall and projectile motions are similar. Materials:

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    • [DOC File]Projectile motion - La Salle University

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      Projectile Motion. How does the velocity of a projectile determine its shape? When you watch a football game, you notice that when the punter kicks the football, it always travels the same shaped path, or trajectory. Projectile motion describes the trajectory of the football.

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    • [DOC File]Phys 21 Projectile motion

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      The vertical position of a projectile as a function of time is given by Equation 1 below: y = y0 + (v0 sin )t - ½ gt2 (1) where y0 is the initial altitude at time t = 0, is the angle above horizontal at which the projectile was fired, and v0 is the initial speed.

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    • Projectile Motion - Ursinus College

      Projectile motion results when an object is subject to a single force: the constant force of gravity. In this case it is convenient to choose a Cartesian coordinate system with the . y. ... or horizontal motion, and the x motion is described by the constant velocity equation . x(t) = x0 + v0x t.

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    • Projectile Motion Equations | Science Trends

      Projectile Motion. A mounted spring gun is used to verify the predicted ranges of a projectile. The projectile is fired at various angles of inclination, while its initial height above the ground is held constant. Theory. The equations of motion for constant acceleration in two dimensions are expressed as. x = …

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    • [DOC File]Laboratory: Projectile Motion

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      Student investigation: Range of a projectile. (30 minutes) Student experiment: Gravity and archery. (30 minutes) Demonstration + Discussion: Motion in a parabola. Here are two quick demonstrations showing motion in a parabola. The first is a quick, fun demonstration that focuses the students’ minds on parabolic motion.

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    • [DOC File]What Is Projectile Motion

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      Simulating Projectile Motion With Parametric Mode. Simulation Method 1: Visualizing the Vertical Launch. Set the mode as shown, MODE Set the Window: Enter the equations: Ymax = 180. Yscl = 10. Trace, using arrow keys, to visualize the vertical motion of the projectile. Explain the results of your investigation: _____

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    • Modeling Projectile Motion

      Investigation 6B: Projectile motion. Essential questions: What is the angle that maximizes the range of the projectile? How are the projectile motion equations used to calculate a projectile’s range? Projectile motion occurs whenever a moving object is under no force except gravity.

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    • [DOC File]PROJECTILE MOTION Exp

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      Derive one equation for the horizontal and vertical coordinates of the ball’s motion in this experiment. Repeat the experiment, using a table that is not horizontal. Derive a general formula for projectile motion with the object launched at an angle. Calibrate the velocity of the ball when released from various positions along the ramp.

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    • [DOCX File]PARSON'S SCIENCE - Home

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      Projectile Motion is the motion of objects moving in two dimensions under the influence of _____. Air resistance is negligible (we can ignore it). Examples of projectiles include anything launched or thrown into the air such as cannon balls, footballs, baseballs, pumpkins, soccer balls, tennis balls, handballs, racquetballs, people, four-square ...

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