half
It is 0.9955 of the total area.
A histogram consists of rectangular bars. The area of each is its base times its height. Multiply these together, ensuring that you include any scale factors in your calculations.
It is the vertical line which divides the area of the graph into halves.
A histogram is a very specific type of graph. A histogram is used in statistics to plot grouped data. It is in the form of a bar chart in which the bar widths represent the class intervals and the bar heights represent the frequency densities. As a result, the area of each bar is proportional to the frequency.
The height of each bar in a histogram represents the frequency or count of data points that fall within a specific range, known as a bin or interval. The width of each bin is uniform, and the total area of the histogram reflects the total number of observations. If the bins are wider, the height of the bars will generally be lower, assuming the same number of data points, while narrower bins may yield taller bars due to a higher concentration of data points. Thus, the height is determined by both the number of observations in each bin and the bin width.
There is no histogram below.However, the area under the curve for any histogram is the total frequency.
100
Knowing the total area is not enough. You need to know the occupancy proportion as well.
It is 0.9955 of the total area.
yes
A histogram consists of rectangular bars. The area of each is its base times its height. Multiply these together, ensuring that you include any scale factors in your calculations.
Each median divides the area of a triangle into halves.
It is the vertical line which divides the area of the graph into halves.
95%
95
A histogram is a very specific type of graph. A histogram is used in statistics to plot grouped data. It is in the form of a bar chart in which the bar widths represent the class intervals and the bar heights represent the frequency densities. As a result, the area of each bar is proportional to the frequency.
The height of each bar in a histogram represents the frequency or count of data points that fall within a specific range, known as a bin or interval. The width of each bin is uniform, and the total area of the histogram reflects the total number of observations. If the bins are wider, the height of the bars will generally be lower, assuming the same number of data points, while narrower bins may yield taller bars due to a higher concentration of data points. Thus, the height is determined by both the number of observations in each bin and the bin width.