Area to be covered = 55mm*55mm = 5.5cm*5.5cm = 30.25 cm2
Material available = 10cm*10cm = 100 cm2
So 0.3025 (less than a third) of a 10cmx10cm region is required.
That's the "area" of the region or fugue.
It is the area of the figure.
10,000 of them.
4
The North and Great Lakes regions of Canada cover more than one third of Canada.
It is located between the Atlandtic Coastal Region and the Appalachian Plain. The regions occupies New Jersey, Pennsylvania, Maryland, Virginia, North Carolina, South Carolina, Georgia, and Alabama. But the region does not completely cover any of these states.
The reason why regions change over time is because the Earths core and insides slide from place to place and this causes our land to move and shift. It can also cause some regions to over lap or sometimes completely cover the other region. It will make the other region disappear and it will no longer be visible.
That's the "area" of the region or fugue.
Area
It is the area of the figure.
It should be obvious that the answer depends on how large the bigger square is.
10,000 of them.
a functional region is a system of related regions that cover large continents . So they mainly focus on the bigger more popular cities .(:- KaylaHope i could help .A functional region focuses on the characteristics of a region's functionality. These can include a region's manufacturing, transportation, communication, etc.
The temperature of a region with cloud cover is lower than a region without cloud cover. This is due to the absorption of heat of the clouds and the reflection of the water molecules in the clouds of light that causes the heat in the region.
4
A semiarid region is an area that receives low to moderate amounts of precipitation, resulting in minimal vegetation cover and often experiencing drought conditions. These regions typically have hot temperatures and can be prone to desertification due to the scarcity of water. Examples of semiarid regions include parts of the southwestern United States, central Australia, and parts of Africa.
A higher pressure than