With this titration, a strong base (NaOH) of known concentration is added to a strong acid, HCl (also of known concentration, in this case). In this case, it is the titration of a strong acid with a strong base (see Figure 10 for the final plot). In this next part of the tutorial, we will work with another set of data. Return to Top Creating an Initial Scatter Plot of Titration Data
#Add more points to scatter chart excel how to
Go to the tutorial on creating regression lines to find out how to use a regression line with this scatter plot to calculate the concentrations of the two unknowns. Grabbing one of the four corner handles allows you to resize the graph. With your graph highlighted, you can click and drag the chart to a wherever you would like it located on the spreadsheet page.
![add more points to scatter chart excel add more points to scatter chart excel](https://www.qimacros.com/scatter-plot-excel/scatter-plot-excel.png)
![add more points to scatter chart excel add more points to scatter chart excel](https://cdn.ablebits.com/_img-blog/scatter/add-lables-scatter-plot.png)
Type what is seen in Figure 1a into the appropriate cells. Entering and Formatting the Data in Excel Next, a scatter plot is made of this empirical data.
#Add more points to scatter chart excel series
First, a series of solutions of known concentration are tested for their absorption level. This fact can be used to calculate the concentration of unknown solutions, given their absorption readings.
![add more points to scatter chart excel add more points to scatter chart excel](https://cdn.extendoffice.com/images/stories/doc-excel/chart-add-single-data-point/doc-excel-chart-add-single-data-point-9.png)