Projectile motion with drag force
[DOC File]Projectile Motion
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Using a computer to compute projectile motion with drag. Idealized Projectile Motion: As seen in figure _____, in idealized projectile motion, the only force acting on the particle is gravity, mg, acting downward. If that is the only force, then the only acceleration experienced by the particle is gravity g, acting in the negative y direction.
[DOC File]AIR RESISTANCE – IT’S A DRAG
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Introduction: In introductory physics classes projectile motion problems are traditionally solved in the absence of air resistance. Although this assumption makes a good starting point, it can produce unsatisfactory results for light, bulky, or speedy projectiles. To compensate for the drag force, a drag coefficient, C, can be introduced.
[DOC File]Virtual Lab: Projectile - St. John's University
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The motion in the vertical direction is subject to the force of gravity and a = g. In the horizontal direction, there is no force or acceleration and the distance traveled is given by formula (1) with a = 0. Table One. Kinematic Formulas for Projectile Motion (These formulas apply in each direction separately.) vf = v0 + a t. d = d0 + v0t + ½ a t2
[DOC File]Projectile motion – gravity and air resistance
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This is an activity for projectile motion and requires some basic knowledge of velocity, acceleration and force prior to its use. In my class we have already looked at 1-dimensional motion and drawn vector diagrams for velocity, acceleration, and force. This is the second of …
[DOCX File]www.hershey.k12.pa.us
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The main force affecting the motion of a projectile, other than gravity, is air resistance. This slowing down force is drag force and acts in a direction opposite to the velocity of the projectile. For projectiles moving at low speeds, the drag force is very nearly proportional to the speed and so is called linear drag force.
[DOC File]Principles of Projectile Motion
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Principles of Projectile Motion-----Any object released into the air is called a . projectile. For example: a ball after it has been thrown or hit. a human body when jumping or diving. All projectiles have a “ parabolic ” flight path. Trajectory = the flight path of a projectile. The trajectory of …
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