Answer:
C
Explanation:
I beleive it is C since Lincoln was a WHig member
Answer:
Explanation:
Conventional levels of organization in ecology can be ordered hierarchically, but there is not necessarily a difference depending on the temporal or spatial scale between classes: cell, organism, population, community, ecosystem, landscape, biome and biosphere. The physical processes that ecological systems must obey are strictly scaled in time and space, but communities or ecosystems can be large or small. Conventional levels of organization do not depend on scale, but are criteria to distinguish the foreground of the fund or the object of its context. We set up a scheme that separates the levels ordered at scale from the conventional levels of organization. When comparing landscapes, communities and ecosystems on the same scale, we find that communities and ecosystems are not assigned to places in the landscape. On the contrary, communities and ecosystems are patterns of wave interference between processes and organisms that interfere with and accommodate each other, although they occur at different scales in the landscape and, therefore, have different periodicities in their behavior. curly. The members of the population usually have a proportional scale and, therefore, generally do not interact to generate interference patterns. Therefore, populations are tangible, or at least they can be assigned a location in an instant in time.
Answer:
they might had spread the news
Explanation:
so they could get help
Answer:
The Nile River influenced like in ancient Egypt because agriculture depended on location. For example, If you were to put a farm where there is bad soil, dry land, no water, the animals and plants would not be able to live. Thus, being close to a river where it is not dry, would extremely help with agriculture. It is called <u>Irrigation Canals</u>. Therefore, people decided to live there because of the river.
Explanation:
hope i helped :)
In nonrelativistic classical mechanics, a closed system is a physical system that doesn't exchange any matter with its surroundings, and isn't subject to any force whose source is external to the system. A closed system in classical mechanics would be considered an isolated system in thermodynamics.
