It is 360*39/60 = 234 degrees.
To represent carbon monoxide and methane on a circle graph (or pie chart), you first need to know their respective proportions in the dataset. For example, if carbon monoxide makes up 20% and methane makes up 30% of the total, you would calculate the degrees by multiplying each percentage by 360 degrees. This means carbon monoxide would represent 72 degrees (20% of 360) and methane would represent 108 degrees (30% of 360).
The Nolan chart's two axes represent personal and economic freedom.
108 degrees.
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pie chart graph
To represent carbon monoxide and methane on a circle graph (or pie chart), you first need to know their respective proportions in the dataset. For example, if carbon monoxide makes up 20% and methane makes up 30% of the total, you would calculate the degrees by multiplying each percentage by 360 degrees. This means carbon monoxide would represent 72 degrees (20% of 360) and methane would represent 108 degrees (30% of 360).
The Nolan chart's two axes represent personal and economic freedom.
The pieces of a pie chart represent the parts of a whole, as does relative frequency. The total of the entire pie chart should be 100% or 360 degrees. The sum of the relative frequencies should also equal 100%.
pie chart
A Pareto chart is a type of chart combining line and bar graphs. The bars represent the individual values while the lines represent the combined totals.
A Gantt chart is typically used to represent tasks with multiple dependencies.
It will identify what the various columns in the chart represent.
A column chart.
Bar chart
A pie chart is a circle, which has 360 degrees. So 15% of 360 is 54 degrees.
Pie Chart
108 degrees.