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Slope of a position-time graph
Represents velocity.
Slope of a velocity-time graph
Represents acceleration, while the area under it represents displacement.
Area under an acceleration-time graph
Represents average velocity.
In projectile motion, the only force acting on an object is __________.
Gravity, approximately -9.8 m/s² (rounded to -10 m/s²).
In projectile motion, horizontal velocity __________ while horizontal acceleration __________.
Remains the same throughout; stays 0.
In projectile motion, vertical acceleration is __________ and vertical velocity is __________.
Always -9.8; the only component changing.
Returning to the original position results in __________ displacement but not __________ distance.
0; 0.
In a horizontal graph of projectile motion, the line representing horizontal acceleration should be __________.
A straight horizontal line at 0.
In a horizontal graph of projectile motion, the line representing horizontal velocity should be __________.
A straight horizontal line from the initial horizontal velocity.
In a vertical graph of projectile motion, the line representing vertical acceleration should be __________.
A straight horizontal line at -9.8.
In a vertical graph of projectile motion, the line representing vertical velocity should be __________.
A straight line going down from the initial vertical velocity.
During uniform circular motion, the speed is __________ and can be found by __________.
Constant; dividing mass by time.