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In other cases, the distribution of the phenomenon you’re studying is naturally bimodal. For example, the size of Weaver ants and the age of onset for Hodgkin’s Lymphoma follow a bimodal distribution. The graph below displays the body lengths of 300 Weaver worker ants from a field study.
28 sie 2016 · A bimodal distribution is a set of data that has two peaks (modes) that are at least as far apart as the sum of the standard deviations.… graph paper diaries because some of us need a few more lines to keep everything straight
24 cze 2020 · A bimodal distribution is a probability distribution with two modes. We often use the term “mode” in descriptive statistics to refer to the most commonly occurring value in a dataset, but in this case the term “mode” refers to a local maximum in a chart.
16 mar 2015 · A bimodal graph illustrates a bimodal distribution, which is itself defined as a continuous probability distribution with two modes. Generally, the graph of this distribution's probability density function will resemble a "two-humped" distribution; that is, rather than the single peak present in a normal distribution or bell curve, the graph ...
6 kwi 2024 · A bimodal distribution in statistics is a frequency distribution that has two different modes that appear as distinct peaks or humps in the distribution graph. These modes represent two different concentrations of values within the dataset.
Sometimes, what appears to be a bimodal distribution is actually two unimodal (one-peaked) distributions graphed on the same axis. For example, this image shows a bimodal distribution for a group of students who did not study (the left peak) and a group of students who did study (on the right).
It can be seen from the graph that the data count is visibly higher in certain sections of the graph. 1. one clear peak is called a unimodal distribution. 2. two clear peaks are called a bimodal distribution. (Here, the term "mode" is used to describe a local maximum in a chart (such as the midpoint of the a peak interval in a histogram).