For Physics, I need to plot one set of data vs. another. I tried making two
columns, the first column had the values I wanted as the x axis. The second
column I put the values I wanted to be plotted as the y axis. The problem is
that when it makes a graph, it plots it as two lines. How do I make one set
of values be the x axis and one set the y axis so I get one line from two
sets of values.

To plot one set of data against another in Microsoft Excel, you can use the "scatter plot" chart type. Here's how to do it:

1. Enter your data into two columns, with the x-axis values in one column and the y-axis values in another column.
2. Select both columns of data.
3. Click on the "Insert" tab in the ribbon at the top of the Excel window.
4. Click on the "Scatter" chart type in the "Charts" section.
5. Choose the chart subtype that you prefer. The default subtype is usually fine.
6. Excel will create a scatter plot with your data. If you want to add labels or change the formatting of the chart, you can use the "Chart Tools" section of the ribbon that appears when you click on the chart.
7. If you want to add a trendline to the chart, right-click on one of the data points and choose "Add Trendline" from the context menu. You can choose the type of trendline you want and customize its appearance and options.

That's it! You should now have a scatter plot that shows one set of data plotted against another, with a single line connecting the points.

"ValerieD" wrote in message
...
For Physics, I need to plot one set of data vs. another. I tried making
two
columns, the first column had the values I wanted as the x axis. The
second
column I put the values I wanted to be plotted as the y axis. The problem
is
that when it makes a graph, it plots it as two lines. How do I make one
set
of values be the x axis and one set the y axis so I get one line from two
sets of values.

Select the two columns, Insert/ Chart ... and choose X-Y (scatter) graph.
This "scatter" naming continues to confuse new users, as this is what you
use to produce a *line* graph of Y against X.
--
David Biddulph