### Segments in this Video

#### Falling Down(04:28)

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Objects in free fall accelerate at 9.8 m/s/s. Examine the motion of a ball dropped from a tall building. Consider an acceleration graph, velocity vs time graph, and a displacement vs time graph.

#### Launching Projectiles Upwards(08:21)

A ball's speed slows as it goes up and increases as it comes back down. Review definitions before graphically analyzing a projectile using a velocity vs. time graph, an acceleration vs. time graph, and a displacement vs. time graph.

#### Launching Projectiles Upwards: Flight Time(02:31)

The upward motion of a projectile's flight is the equal counterpart to the downward motion, allowing you to establish the zero second mark on the displacement and velocity vs. time graphs. Calculate the flight time.

#### Curved Lines and Tangents(04:16)

Analyze a displacement vs. time graph of a falling object by calculating the gradient of a curved line. Review the topics discussed in previous "Shedding Light on Motion" videos and the upcoming episode.

#### Credits: Shedding Light on Motion: Episode 5—Graphing Free Fall(00:36)

Credits: Shedding Light on Motion: Episode 5—Graphing Free Fall

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# Shedding Light on Motion: Episode 5—Graphing Free Fall

Part of the Series : Shedding Light on Motion
 DVD (Chaptered) Price: \$129.95 DVD + 3-Year Streaming Price: \$194.93 3-Year Streaming Price: \$129.95

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### Description

In episode five of the Shedding Light on Motion series, we continue looking at graphs but pay particular attention to how graphs help us to understand the motion of objects that are either falling straight down or which have been launched vertically upwards into the air.

Length: 21 minutes

Item#: BVL124509

ISBN: 978-1-64023-015-6