Answer:
False
Explanation:
Among the most famous models of location of economic activities is the one that Walter Christaller developed to explain how they are distributed and how they are organized. The theory is called "of the central places" because it assumes that there services are provided people approach to obtain it. In this way a point appears in the space that organizes the territory around itself. Thus, a central place is one that offers services, and to which the population goes to satisfy it.
The services offered by a <u>central point</u> are those demanded by society, regardless of their nature. But not all services have the same price, nor does the population have the same need to travel to obtain them, nor is it willing to go anywhere it is offered. There is a logic of economic behavior that governs the emergence of services and their chances of success.
Answer:
Pollutants are responsible for creating an imbalance of the substances that leads to a negative impact in a particular part of the earth like air, water, soil, noise, and more.
Primary pollutants are the pollutants that are directly generated from their sources such as activities by humans like air and water pollutants from the car, from ships, that affects the organs of humans like lungs, eyes, stomach and reduces our immune system and our life. Indirectly affect us. In the environment, they increase toxic substances in high amounts that cause various negative impacts.
Secondary pollutants form due to the reacting of primary pollutants and natural resources. Acid rain is an example of the secondary pollutant result which is formed due to dissolved sulphuric acid in rainwater. It also affects the skin of humans and affects the environment by increasing acidity to soil and water.
Answer:
Mississippi
Explanation:
there is nothing in Mississippi that would help out the country and there is a lot of poverty+bad schools
Answer:
Las moléculas de agua son muy cohesivas debido a la polaridad de la molécula. Es por eso que puede llenar un vaso de agua apenas por encima del borde sin que se derrame. Todas las sustancias, incluido el agua, se vuelven menos densas cuando se calientan y más densas cuando se enfrían.
Explanation:
