Rule of dating subtitle
After selecting a suitable piece of paper, grab a ruler. You will need a y-axis (up and down) and an x-axis (side to side). You will want to orient your graph paper so that the larger data set will be plotted on the long side of the paper. Your TA is smart and will know which way to hold the graph while looking at it.) Now use that ruler to draw you axes.Typically, but not always, these will intersect in the lower left corner of your graph paper. Don't forget to label them each with a name and proper units. volume would have mass on the y-axis and volume on the x-axis. One set of data probably spans a much larger range than the other.
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Unless you are making a graph on logrithmic paper (if all the squares on your paper are evenly spaced, you are not) it is important to keep the spacing even along the axis.
For example, if you decide that 5 squares is .1 cm on the x-axis, then 5 squares must be .1 cm the whole length of the axis.
(5 squares = .1 cm, 10 squares = .2 cm, 15 squares = .3 cm...
I think you get the point) In order to get the best possible data from your graph, you should spread your values along the axes as far as possible. The last thing to consider in dividing your axes is whether (0,0) is an important and meaningful point in your graph.
If it is, then (0,0) should be the intersection of the axes.
Otherwise, your axes can intesect wherever it is convenient.
Give this a little thought, then grab that pencil and make your divisions.
Now that you have the data, you need to decide on a shape. You may want to include the section of the experiment, trial number, or other identifying information as a subtitle.
The shape is never akindergarten connect-the-dots project. (Check your lab manual, it probably will tell you there in case the dots on your graph don't make it obvious). In order to get the most accurate slope from a graph, you must first make sure your data is taking up at least 3/4 of the space on the page.