Right click at the Sum of Profit series, and select Format Data Series from the context menu. See screenshot: 2. In the Format Data Series dialog, check Secondary Axis option in the Series Options section. See screenshot: In Excel 2013, check the Secondary Axis option under the Series Options in the Format Data Series pane. Now close the dialog/pane, you can see the secondary axis has been added to the pivot chart.

You can right click at the Sum of Profit series (the secondary series), and select Change Series Chart Type from the context menu. Then in Change Chart Type dialog, select a Line chart and click OK to close the dialog. Now, the pivot chart as below screenshot shown. In Excel 2013, in the Change Chart Type dialog, click Combo section, and go to the series with secondary axis in the Choose the chart type and axis for your data series section, click the following Chart type box and select Line chart from the drop down list. If you are interested in Kutools for Excel,.

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How to Label Axes in Excel. This wikiHow teaches you how to place labels on the vertical and horizontal axes of a graph in Microsoft Excel. You can do this on both Windows and Mac. Open your Excel document. Double-click an Excel document. Re: Adding a secondary Y-axis you can rightclick the series on the graph and go to 'Format Data Series' then in the Plot Series On section, click Secondary Axis. Repeat for all other items that you want on the second access.

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The other day I got a question from Todd, an EngineerExcel.com subscriber. He uses Excel to create charts of cam position, velocity, and acceleration. The industry-standard way of graphing this data is to include all three curves on the same chart, like in the image below. The challenge is that all three curves have very different scales, with acceleration being the smallest. This makes it hard to view the acceleration curve on the chart without a unique axis. So he wanted to know if there was a way to add a third axis to a scatter chart in Excel. Unfortunately, there isn’t, but we can fake one by creating another data series with a constant x-value, like I’ve done in the image below.

[Note: Want to learn even more about advanced Excel techniques? In the three-part video series I'll show you how to easily solve engineering challenges in Excel.聽] It’s not a perfect solution, but to my knowledge, it’s the best we can do in Excel with the currently available toolset. Free timer app for mac. Select a Scaling Factor and Scale the Data Excel allows us to add a second axis to a scatter chart, we’ll use this for velocity and acceleration.

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However, we’ll want to scale the acceleration data so that it fills the chart area. To do this, I entered an appropriate scaling factor in the spreadsheet and created a new column of scaled acceleration data by multiplying the original acceleration data by the scaling factor. Decide on a Position for the Third Y-axis The third y-axis (which will really be a data series) will be on the chart area, so it has to cross the x-axis at some point. I picked a value of 285 degrees, since the position, and therefore the velocity and acceleration, are zero beyond this point. Of course, we can always change this later. Select the Data for the Chart Next, the angle, position, velocity, and scaled acceleration data. I put the velocity and scaled acceleration data on the secondary axis of the chart.

The scaled acceleration data could have been on the primary axis. In that case, I would have had to use a different scaling factor.

I also added some color to the axes and axis labels for clarity. Create Three Arrays After inserting the chart, I created three arrays: • An array of the x-axis values for the third “y-axis” • An array of unscaled values that are roughly on the same order of magnitude but also fully encompass the original acceleration data. For example, the range of acceleration data was from ~-0.0005 to ~0.0005. So I chose -0.001 and 0.001 as limits • An array of scaled (calculated) values, using the scaling factor from above. These arrays were used to create the third y-axis in the next step. [Note: Want to learn even more about advanced Excel techniques?