They are two outcomes which are observed the most often, provided they are both observed the same number of times.
bimodal is having two modes and if you can recall the mode is the number that appears most often, so that means that a bimodal set of numbers has two modes. ex. 9,5,9,7,1,5,6 this set of numbers is bimodal with a mode of 5 and 9.
Yes, a set of data can have two modes. It is called bimodal.
It means it has two modes.
Nothing. You simply have a distribution that is bimodal. You report both modes.
A bimodality is a bimodal condition - a distribution which has two modes.
It is called bimodal.
A bimodal distribution.
A distribution with 2 modes is said to be bimodal.
A bimodal graph in which the modes are at the extrema.
bimodal
If there are two modes in a data set, it indicates that the data is bimodal, meaning it has two values that occur with the highest frequency. To analyze bimodal data, consider reporting both modes along with their frequencies to provide a clearer picture of the distribution. Additionally, explore the context of the data to understand the significance of having two modes, as it may reveal underlying patterns or subgroups within the dataset. Visualizing the data using a histogram can also help illustrate the distribution and the presence of multiple modes.
No. A distribution may be non-skewed and bimodal or skewed and bimodal. Bimodal means that the distribution has two modes, or two local maxima on the curve. Visually, one can see two peaks on the distribution curve. Mixture problems (combination of two random variables with different modes) can produce bimodal curves. See: http://en.wikipedia.org/wiki/Bimodal_distribution A distribution is skewed when the mean and median are different values. A distribution is negatively skewed when the mean is less than the median and positively skewed if the mean is greater than the median. See: http://en.wikipedia.org/wiki/Skewness