'Projectile motion equations' presentation slideshows

Vectors and Two-dimensional Motion

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PROJECTILE MOTION

PROJECTILE MOTION. Qiu Cheng Catherine Brostrom Michelle Wood Honors Physics. Therefore you must have two lists: Y list X list. Horizontally Launched Projectiles. Non-Horizontally Launched Projectiles.

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CURVILINEAR MOTION: NORMAL AND TANGENTIAL COMPONENTS (Section 12.7)

2.18k views • 30 slides

Projectile Motion

Projectile Motion. CCHS Physics. Projectile Properties?. Projectile Motion. Describe the motion of an object in TWO dimensions Keep it simple by considering motion close to the surface of the earth for the time being (g = -9.8 m/s 2 = constant in y direction)

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Projectile Motion-Starter

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with a component of velocity in the forward direction. straight up.

CT1: Suppose you are running at constant velocity along a level track and you wish to throw a ball so you catch it when it comes back down. You should throw the ball. with a component of velocity in the forward direction. straight up. with a component of velocity in the backward direction.

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PHYS 218 sec. 517-520

PHYS 218 sec. 517-520. Review Chap. 3 Motion in 2 or 3 dimensions. 2-dim. Position & velocity vectors. 1-dim. Components of acceleration. We focus on 2-dim. motions. Parallel part. This is similar to the case of 1-dim. motion.

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PROJECTILES LAUNCHED AT AN ANGLE PROJECTILE MOTION EQUATIONS HORIZONTAL MOTION

PROJECTILES LAUNCHED AT AN ANGLE PROJECTILE MOTION EQUATIONS HORIZONTAL MOTION Vx = velocity in horizontal direction given Vi, q Vx = D x/ D t D x = Vx D t

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PROJECTILES LAUNCHED AT AN ANGLE PROJECTILE MOTION EQUATIONS HORIZONTAL MOTION

PROJECTILES LAUNCHED AT AN ANGLE PROJECTILE MOTION EQUATIONS HORIZONTAL MOTION Vx = velocity in horizontal direction given Vi, q Vx = D x/ D t D x = Vx D t

207 views • 3 slides