I only need the graph

Make a graph of the data. You may use a graphing program. Think about what data should be on the y-axis and the x-axis. Be sure to label each axis and note the units used in the measurements. Be sure to draw a smooth curve through the points. Do not just connect the dots. Upload your data and graph in the essay box below and answer the following questions.

Did the car travel at a constant speed? (Hint: you must calculate speed at every meter)
For each interval, the speed is the distance traveled divided by time, each interval is 1 meter long.
1st - 1 meter/2.00s = 0.5 m/s
2nd - 1 meter/(4.00 - 2.00)s = 0.5 m/s
3rd - 1 meter/(6.2 - 4.0)s = 0.454 m/s
The speed is different, so no, the car did not travel at a constant speed.

What was the average speed of the car?
2.
The average speed is:
v = d/t
v = (10 m)/(20:00s) = 0.5/ms

Describe the overall motion of the car.
3.
The overall motion was steady from 0-2 meters then slowed on the 3rd meter. It sped up for the 4th, slowed down on the 5th and stayed steady until it slowed down on the 8th. The speed increased up to the 10th meter.
1st - 0.5
2nd - 0.5
3rd - 0.454
4th: 0.552
5th: 0.472
6th: 0.5
7th: 0.5
8th: 0.4975
9th: 5.39
10th: 0.55

What are some practical applications for determining the motion of an object.
4. Some practical applications for determining the motion of an object are physics and engineering, filmaking and animation, measuring kinetic energy, acceleration, and tracking stars.