To create a Bar Chart, arrange the data in columns or rows on the Worksheet.Ī Bar Chart has the following sub-types −Īrea Charts can be used to plot the change over time and draw attention to the total value across a trend. In a Bar Chart, the categories are organized along the vertical axis and the values are organized along the horizontal axis. Bar Chartīar Charts illustrate comparisons among individual items. To create a Doughnut Chart, arrange the data in columns or rows on a worksheet. It is similar to a Pie Chart with the only difference that a Doughnut Chart can contain more than one data series, whereas, a Pie Chart can contain only one data series.Ī Doughnut Chart contains rings and each ring representing one data series. To create a Pie Chart, arrange the data in one column or row on the worksheet.Ī Pie Chart has the following sub-types −Ī Doughnut chart shows the relationship of parts to a whole. The data points in a pie chart are shown as a percentage of the whole pie. Pie charts show the size of items in one data series, proportional to the sum of the items. To create a Line chart, arrange the data in columns or rows on the worksheet.Ī Line chart has the following sub-types −

Value data is distributed evenly along the vertical axis.

Category data is distributed evenly along the horizontal axis.

Therefore, they are ideal for showing trends in data at equal intervals, such as months, quarters or years. Line charts can show continuous data over time on an evenly scaled Axis.

To create a column chart, arrange the data in columns or rows on the worksheet.Ī column chart has the following sub-types − Column ChartĪ Column Chart typically displays the categories along the horizontal (category) axis and values along the vertical (value) axis. In this chapter, you will have an overview of the different chart types and get to know the sub-types for each chart type. You can also change the chart type later.Įxcel offers the following major chart types −Įach of these chart types have sub-types. Based on the type of data, you can create a chart. Pies are a useful, though not the only, tool for telling a story about preference factions and fractions.Excel provides you different types of charts that suit your purpose. The choice of charts depends on the story we’re trying to tell. The obvious dominance of an Orange-Green coalition has, in this story, weakened in the past decade. The story told in the decade=to-decade comparison, as shown with side-by-side pies, shows that a Red-Green alliance in 2010 would for the first time (in the two sample history) result in a clear majority. If Green is any sort of coalition, a stacked bar showing the composition of that membership would indicate to the Orange and Red leaders what sub-sets of the Green set might be peeled out, en masse.

Orange and Red will each be politicing and wooing set Green, (giving Green some clout, if the adhesion or boundary enforecement of the set is strong) - or Orange and Red will attack Green, attempting to break it up, and peel off members of the set, if Green identificatioin is not strong or enforced. But members of Green are not completely opposed to the position of Red. Brick Red set members might be lured into the Orange Set, as might member from Green. Bright Green and Olive are likewise diametrically opposed to each other. The placement of the slices indicates (or should) that Orange and Red are always in opposition unlikely to see members drift or shift from one set to the adjoining set. Even if they compromise their intrinsic color and position they jointly approach the size of only one of any of the three larger factions.

Even together, they can’t swing a coalition majority for either Red or Orange - though they do come closer with Orange that Red. Though Brick Red and Olive are both minority slices there is no point to either making alliance with the other. Alliance between Brange and Brick Red results in nothing at all worth the compromise. Again, the alliance with Bright Green results in that coalition’s majority. Orange might ally with Bright Green or Brick Red. An alliance with Olive does not give that coalition a majority. Red might ally to either Bright Green or Olive. It obscures, rather than reveals, how any pair of factions compare to the whole, (or to the magicial 50% + 1 unit) of the whole. It most easily shows how the biggest faction compares to the next biggest faction. The top horizontal bar chart shows how one faction compares to the others. The fraction of interest is “most”, and the smallest combination of closely positioned factions or factors that sum to that fraction is most clearly portrayed in the pie. With respect I completely disagree with the conclusion, but the reasoning is correct and the example is extremely useful.

How do i make a pie chart in excel 2013