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Linear and projectile motion GapFill
Target Level
C
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Speed and velocity are useful quantities used to describe motion. Both describe the space covered in a given time. Velocity is a vector while speed is a scalar.
When considering the total displacement in a given time, we consider the velocity. When considering the velocity at a particular point in time, we consider the velocity.
For a displacement-time graph for a body, the gradient of the graph gives the of the body at that moment. For a velocity-time graph, the gradient gives the and the area underneath the graph gives the of the body. For an acceleration-time graph, the area underneath the graph gives the of the body.
For an object in projectile motion, the horizontal and vertical components of motion are .
If the only force acting on an object is gravity, the object is said to be .
When considering the total displacement in a given time, we consider the velocity. When considering the velocity at a particular point in time, we consider the velocity.
For a displacement-time graph for a body, the gradient of the graph gives the of the body at that moment. For a velocity-time graph, the gradient gives the and the area underneath the graph gives the of the body. For an acceleration-time graph, the area underneath the graph gives the of the body.
For an object in projectile motion, the horizontal and vertical components of motion are .
If the only force acting on an object is gravity, the object is said to be .