A uniform distribution is a continuous probability distribution where every value of X on an interval is equally likely to be the outcome. If X is defined on the interval [a,b], then when graphed the density function for the distribution will be a horizontal line of height with domain [a,b]. Probabilities on a continuous random variable can be determined by calculating the area under the curve of the graph of the density function for the distribution. In general: For a uniform distribution function defined on [a,b] P(X < c) = P(X > c) = P(c < X < d) = If X is a random variable with a uniform distribution for 4 < X < 12. where c 7.6)
A uniform distribution is a continuous probability distribution where every value of X on an interval is equally likely to be the outcome. If X is defined on the interval [a,b], then when graphed the density function for the distribution will be a horizontal line of height with domain [a,b]. Probabilities on a continuous random variable can be determined by calculating the area under the curve of the graph of the density function for the distribution. In general: For a uniform distribution function defined on [a,b] P(X < c) = P(X > c) = P(c < X < d) = If X is a random variable with a uniform distribution for 4 < X < 12. where c 7.6)
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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A uniform distribution is a continuous probability distribution where every value of X on an interval is equally likely to be the outcome.
If X is defined on the interval [a,b], then when graphed the density function for the distribution will be a horizontal line of height
with domain [a,b].
Probabilities on a continuous random variable can be determined by calculating the area under the curve of the graph of the density function for the distribution.
In general: For a uniform distribution function defined on [a,b]
P(X < c) =
P(X > c) =
P(c < X < d) =
If X is a random variable with a uniform distribution for 4 < X < 12.
where c 7.6)
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