Answer:
East European Plain is the largest physical feature in Europe and it is where most crops are grown.
Explanation:
Europe is part of the Eurasian continental mass, appearing as a huge peninsula of it. It is part of this landmass that in some parts is tectonically highly active, while in some parts it is very calm and without internal disturbances. This has caused the formation of multiple different physical features that often define a region.
The largest physical feature is located in an area that doesn't experience any particular tectonic activity. This physical feature is the East European Plain. It is stretching from Poland to the Ural Mountains west to east, with the Baltic Sea and Finland marking its northern boundary, and the Carpathians, Black Sea, and the Caucasus Mountains marked its southern boundary. This plain os often referred to as Russian Plain as well, and it also has to be taken into consideration that it is actually connected with the North European Plain and French Plain, so it can comfortably be said that this system of plains actually stretches from the Atlantic coast to the Ural Mountains. Being a lowland area with highly fertile soil, it is the region in Europe that is most used for agriculture and it is where the majority of the crops are produced.
Pretty sure the answer is a.
Answer:
Because the gravity of the Earth is pulling on air molecules and pressing it against the ground, our atmosphere is thinner and thinner the higher up you go.
Explanation:
Earth is a planet that has an active core, thus it has a reasonably strong gravitational pull. Gravity manages to keep all things on the surface of our planet and the ones that are in the atmosphere to pull them down or keep them near. This affects the atmosphere as well.
The atmosphere is composed of gases, all of which are made out of atoms and molecules. They are very light, so Earth is pulling them towards it. This has resulted in a situation where the majority of the gases are close to the surface, in the lowest parts of the atmosphere, and as we go up there is less and less of them, so the atmosphere is thinner and thinner as the elevation increases.
Pretty sure the answer is out to sea.
