It's not entirely clear what graph you are trying to draw. My guess is that a paintball gun has been set at a fixed angle and lots of paintballs have been fired and the distance they travelled recorded.
As the distance is a continuous, not a discrete, measure and there is going to be a little inaccuracy in the actual measurement of the distances, it is going to be better to group the distances to the nearest 5 or 10 cm (eg less than 30m, 30m to 30.09 m, 30.1m to 30.19 m, ..., 32.9m to 32.99m, 33 m and over - the actual group range to use would be based on the data recorded).
Then, the graph would plot the mid-point of the distance groups along the x-axis and the number of paintballs in the groups up the y-axis. I would expect a roughly bell shaped curve to appear (if the points are joined together) like the Normal curve. The mean value of the distances (taking into account how many in each group) I would expect to be near the middle of the graph (x-values).
is it b
it describes the data shown simply in a short phrase
-5
How different items compare to each other
It is exactly 0 units of length.
as the slope of the line
By the slope of the curve.
By the slope of the curve.
as the slope of the line puto
The information we need to answer that question is shown on the graph, which we can't see.
It's the rate of change of gradient. Or if you have the function of the distance-time graph, it's d2x/dt2.
The constant acceleration
On a distance-time graph, a straight line with a constant positive slope represents constant speed. The steeper the line, the greater the speed. Time is on the x-axis and distance is on the y-axis.
the slope would be speed.
If the line formed by the graph is straight, the speed is constant. A horizontal line would show the object as stationary.
pie graph
Information in a circle graph is often shown as percentages.