Gaining further knowledge on kinematics we
talked about position, distance, and displacement. First position is defined as
a relative place in space and time. Distance can be defined as how far a person
or a thing goes between positions. Lastly displacement is how far you go and in
what direction. For instance, relative to your starting point, where you end up
gives you your displacement. My example is the football boys. They run on and
off the field multiple times. However, this does not mean that they have a high
displacement number. By the end of the game the distance that they traveled
will be very long, but not necessarily their displacement. Lets say that the
position number 40 is in was his starting position. He goes in to the game, and
comes out after just one play and stands in the same place as his starting
position. This makes his displacement zero. If he came off and stood 3 meters
away from his starting position that makes his displacement 3 meters.

This is a really good example of explaining displacement. And since the displacement is 0 then the vector is 0 as well.
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