What is Continuous Distribution?
Continuous uniform distribution is a probability distribution in which all outcomes are equally likely within a specified interval [a,b]. In other words, the probability density function (PDF) is constant over this interval, and the distribution is defined by the two parameters a and b, which are the lower and upper bounds, respectively.
In a continuous distribution:
- The total area under the probability density function (PDF) curve for a continuous distribution is equal to 1.
- Examples of continuous distributions include normal, uniform, and exponential distributions.
Example of Continuous Distribution
Examples of continuous uniform distribution are:
- Random Time of Day
- Random Position on a Line Segment
- Random Point in a Unit Square
Properties of Continuous Uniform Distribution
The properties of continuous uniform distribution are:
- Symmetry: The distribution is perfectly symmetric about the mean.
- Bell-shaped Curve: The shape of the normal distribution is often referred to as a “bell curve”.
- Mean, Median, and Mode: In a normal distribution, the mean, median, and mode are all equal and located at the center of the distribution.
Difference between Continuous and Discrete Uniform Distribution
Continuous and discrete uniform distributions are two types of probability distributions. A continuous uniform distribution has an interval of equally likely values. Instead, a discrete uniform distribution applies to a finite set of outcomes with equal probabilities.
In this article, we will discuss continuous and discrete uniform distribution along with a difference between them.
Table of Content
- What is Continuous Distribution?
- What is Discrete Uniform Distribution?
- Formula of Continuous and Discrete Uniform Distribution
- Difference between Continuous and Discrete Uniform Distribution