The exponential distribution and the Poisson distribution.
the variance of the uniform distribution is (a+b)/12
yes
A normal distribution can have any value for its mean and any positive value for its variance. A standard normal distribution has mean 0 and variance 1.
When the variance calculated from a distribution of phenotypes is zero, it means that all individuals in the population exhibit the same phenotype, showing no variability. This lack of variation suggests that the genetic and environmental factors influencing the phenotype are uniform across the sampled population. Consequently, there is no diversity in traits, which can have implications for adaptation and survival.
Actually the normal distribution is the sub form of Gaussian distribution.Gaussian distribution have 2 parameters, mean and variance.When there is zero mean and unit variance the Gaussian distribution becomes normal other wise it is pronounced as Gaussian.Wrong! The standard normal distribution has mean 0 and variance 1, but a normal distribution is the same as the Gaussiand, and can have any mean and variance. Google stackexcange "what-is-the-difference-between-a-normal-and-a-gaussian-distribution"
The exponential distribution and the Poisson distribution.
the variance of the uniform distribution is (a+b)/12
yes
A normal distribution can have any value for its mean and any positive value for its variance. A standard normal distribution has mean 0 and variance 1.
the variance of the uniform distribution function is 1/12(square of(b-a)) and the mean is 1/2(a+b).
It is zero.
It is a discrete distribution in which the men and variance have the same value.
The normal distribution can have any real number as mean and any positive number as variance. The mean of the standard normal distribution is 0 and its variance is 1.
le standard normal distribution is a normal distribution who has mean 0 and variance 1
yes
When the variance calculated from a distribution of phenotypes is zero, it means that all individuals in the population exhibit the same phenotype, showing no variability. This lack of variation suggests that the genetic and environmental factors influencing the phenotype are uniform across the sampled population. Consequently, there is no diversity in traits, which can have implications for adaptation and survival.