The three properties of distribution in geography are density, concentration, and pattern. Density refers to the number of a particular phenomenon within a given area. Concentration describes how closely packed or dispersed a phenomenon is in a given area. Pattern refers to the spatial arrangement of the distribution.
pattern,density,and concentration
A population pattern is shown on a map where people live, such as dense areas within the population. Other patterns could be specific themes, such as average income of the population.
Uniform population distribution: individuals are evenly spaced out in a given area. Random population distribution: individuals are arranged haphazardly with no specific pattern. Clumped population distribution: individuals are clustered together in groups due to favorable environmental conditions or social structures.
Random Pattern.
Population A has a larger size than population B, resulting in a higher density for population A. Population A also exhibits a clumped dispersion pattern, where individuals are grouped together, while population B shows a random dispersion pattern, with individuals spread evenly.
Density refers to the compactness of a substance, typically mass per unit volume, while distribution refers to how something is spread out or arranged over a certain area or among a group. Density focuses on the amount of matter within a specific space, while distribution looks at the pattern or arrangement of that matter across a larger area.
clumped
The pattern of spacing between individuals across the range of a population is known as the distribution pattern. It can be uniform, random, or clumped, depending on factors like resource availability and social interactions among individuals.
The most common population distribution pattern in the natural world is clumped distribution. This occurs when individuals are grouped together in patches or clusters, often due to resource availability or social behavior. Examples include herds of animals, schools of fish, or forests with trees concentrated in certain areas.
linear pattern , concentrated pattern , clustered pattern ...:)
Scientists can experimentally determine the correct Lewis structure for an oxygen molecule through techniques such as X-ray crystallography or spectroscopy. By analyzing the arrangement of atoms in the molecule and the distribution of electron density, scientists can confirm the actual bonding pattern and correct any discrepancies with theoretical predictions.