Distance vs Time Graph?
Analysis of Velocity vs Time Graph
Free Fall
Miscellaneous
100

If a distance vs. time graph has a horizontal line, this means the object is doing this.

What is at rest?

100

On a velocity vs. time graph, time is represented on this axis.

The x-axis (horizontal axis)

100

If an object is thrown at an angle and gravity is the only force acting on it, it is still considered to be in this state.

Free Fall


100

This country has the most UNESCO World Heritage Sites.

Italy

200

The slope of a distance vs. time graph gives you this quantity.

Speed
200

The slope of a velocity vs. time graph represents this physical quantity.

Acceleration

200

An object in free fall accelerates at this rate due to Earth's gravity, assuming no air resistance

9.8 m/s²

200

This genre of music originated in Jamaica in the late 1960s and is closely associated with artists like Bob Marley.

Reggae

300

An object moving at a faster speed will have this type of slope on a distance vs. time graph.

A steeper slope

300

A horizontal line above the x-axis on a velocity vs. time graph indicates this type of motion.

Constand velocity 


300

In free fall, objects accelerate at the same rate regardless of this property.

Mass


300

This country is both a city and a state, located in Southeast Asia.

Singapore

400

If an object is at rest, the slope of a distance vs. time graph will be this.

Zero


400

On a velocity vs. time graph, this happens when the graph crosses the x-axis

The velocity changes direction

400

This real-world factor is ignored in ideal free fall to make calculations simpler.

Air resistance?

400

In the 2008 Beijing Olympics, this swimmer won 8 gold medals, setting a record for a single Olympics.

Michael Phelps

500

On a distance vs. time graph, an object moving at a slower speed will have this type of slope compared to a faster-moving object.

A smaller slope

500

The area between the velocity vs. time graph and the x-axis represents this quantity.

Displacement 

500

The acceleration due to gravity in free fall is the same for all objects, regardless of their size or shape, because gravity acts equally on all masses. This acceleration is referred to as this.

Constant Acceleration

500

In Greek mythology, this figure was condemned to hold up the heavens for eternity.

Atlas


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