Using the relation between velocity, distance and time, the items and graphs are matched as follows:
1. D.
2. B.
3. A.
4. C.
What is the relation between velocity, distance and time?
Velocity is distance divided by time, that is:
v = d/t.
Hence the distance is given by:
d = vt.
Along a city street, we have that:
- The velocity would have a few peaks and few moments where it diminishes, due to breaking moments, hence item 4 matches with graph c.
- The distance would have a few slow increases and a few moments where it remains almost constant, hence item 1 matches with graph 4.
We can verify this that when graph C(velocity) is zero, graph D(position) is constant.
Along a superhighway we have that:
- The velocity would increase until the maximum velocity then remain constant there, hence item 3 matches with graph a.
- The distance would have an almost constant increase, hence item 2 matches with graph b.
More can be learned about the relation between velocity, distance and time at https://brainly.com/question/24316569
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