The patterns are kind of like fingerprints. There might be similar ones within a species, but if you look close enough they're actually quite different.
Fingerprints are unique because they are determined by a combination of genetic factors and random variations in the womb that create distinct ridge patterns on our fingertips. No two people have the exact same fingerprints, making them a reliable form of identification.
Fingerprints are unique to each individual due to a combination of genetic factors and random variations in the womb that result in distinct ridge patterns forming on the fingertips. The complexity and uniqueness of these patterns make it highly unlikely for two people to have the exact same fingerprints.
A random distribution of individuals in a population typically results from factors such as random mating, random dispersal, and random environmental conditions. This can lead to a lack of distinct patterns or clustering in the distribution of individuals within a given area.
A heterogeneous mixture has two or more distinct phases with different characteristics. Because of this, two random samples of a heterogeneous mixture may have different compositions. For example, the phases in mud are the water and soil particles, which remain distinct from one another. These phases are not necessarily visible, but may exist as microscopic clusters or particles. By contrast in a homogeneous mixture any two random samples will be identical.
Turtles can breathe out of their butts!
No. "The ghosts' behavior patterns are different and include semi-random movement, precluding the use of pre-set patterns to beat each level." See related links for more information about Ms-Packman patterns.
Uniform, Clumped and Random
monoprinting.... linoprinting...... dont know anymore soz
Random dispersion: individuals are distributed randomly within a population. Clumped dispersion: individuals are grouped together in clusters. Uniform dispersion: individuals are evenly spaced out within a population.
There are different kinds of patterns for different processes. The pattern of A A C A A C A A is the pattern called a consensus pattern which is a pattern known for matching two random sequences.
It has the weirdest and most random weather patterns.
The reason why random distribution patterns for species are the rarest in nature is because of biotic and abiotic factors. These give rise to organisms being clustered or spread out.