'Ball travel' diaporamas de présentation

Projectiles at an Angle

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Speed

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284 views • 16 slides

x(t) for constant acceleration

x(t) for constant acceleration. v(t) for constant acceleration. Average velocity. therefore. 4 equations to use for constant acceleration phenomena (only). 4 equations to use for constant acceleration phenomena (only). Variables: x x 0 v v 0 a t.

142 views • 14 slides

Jan 29: Projectile range and height problems

Jan 29: Projectile range and height problems. Components of the velocity vector Maximum height and range for a projectile Examples. Components of vectors. y. Projectile motion: rewrite in terms or horizontal and vertical components. x. v y. ?. v x. v (without the vector) is the speed

237 views • 12 slides

The Kinematic Equations

The Kinematic Equations. Kinematics. Describes motion without regard to what causes it. Uses equations to represent the motion of an object in terms of acceleration (a), velocity (v), displacement (d) and time (t). Equations. v f = v i + at d = ( v f + v i )t 2

122 views • 9 slides

College Algebra Math 130

College Algebra Math 130. Amy Jones Lewis. Kicking a Soccer Ball.

199 views • 7 slides