Matching graphs

You stay as 1m for 1 second then you walk at constant pace for 2 seconds way from origin then toward the origin for 1s then stop at 1.7-1.8m. [1]

start at 3m then you walk at constant pace for 3 second; stop at 1.5m for 1s, sprint to the origin for  second, stop at 0.5m for 2s then run away from origin[2]

Stay for 2 seconds; move at a constant pace for 2 seconds, stop for 2 seconds then walk at constant speed [3]

This in a velocity time graph. in this graph you walk backward then you speeding up , then you walk a a constant pace in the same direction. you walk forward at a constant pace then you stop. [4]

Start at 0.8m move at constant speed for 3.75s, tops for 2.5s the runs 3.25s [5]

You walk backwards for 3s then forward at a constant pace for another 3 second then you stop. [6]

[1]

If this was a a-t graph it would be a straight line on the x-axis because there was no acceleration







[2]

If this was a a-t graph it would be a straight line on the x-axis because there was no acceleration








[3] If this was a d-t graph. It would be then a line on the x-axis then a straight line at an angle going up then a line on the x-axis then a straight line at an angle going down (stops at the origin)
If this was a a-t graph it would be a straight line on the x-axis because there was no acceleration 

[4]

If this was a a-t graph there would be a positive horizontal line an a straight line on the x-axis because there was no acceleration afterward

[5] If this was a v-t graph A positive horizontal line, then a line on the x-axis then a positive horizontal line

If this was a a-t graph it would be a straight line on the x-axis because there was no acceleration

[6] If this was a d-t graph. It would be a straight line at an angle going up then a straight line at an angle going  down.
If this was a a-t graph it would be a straight line on the x-axis because there was no acceleration