The correct answer is C. Composite cones. Hope this helps (:
There are three types of fossil fuels: Oil, coal and gas.
Let's look into their formation one by one:
Oil: Dead plankton such as microorganisms and plants was buried under the sea million years ago, it accumulate over time to become oil, also known as petroleum,
Coal: Plants were dead and broken down by bacteria over time, carbon dioxide and methane were produced. After million years, the dead flora accumulated to become peat and undergone compaction, becoming coal.
Gas: This is formed along oil, and again produced by dead organisms. It is mostly formed during decomposition, and mostly made up of methane.
Hope it helps!
Answer:
Option C.
Explanation:
Physiographic, is the right answer.
A map which exhibits the land-forms and physical features of an endorsement is known as the Physiographic map. Such maps reveal the position of valleys, mountain ranges, and other natural features of the surface of Earth. It shows the complete physical shape or the land-form sections of a nation. Various colors are used to represents a different physical region.
Answer:
Aloft high pressure develops in cold air regions while low pressure develops in warm air regions
Explanation:
A thermally-driven circulation, or thermals are the movement of warm air that move to a higher level due to the buoyancy forces acting on them. That is due to the difference in densities between the warmed and cool air
Given that pressure = Density, <em>ρ</em> × Gravity, <em>g </em>× Height, <em>h</em>, we have that decrease in pressure (low pressure) is due to low density, therefore, the warm air having low pressure, moves upwards, due to their low density
Therefore, the best option is aloft, (as we move higher), high pressure develops in cold air regions while low pressure develops in warm air regions
Answer:
Because there will be the boundary that are going away from each other.
Explanation:
A divergent boundry causes them to go away from each other causing ther to be a shift in the tectonic plates hense creating an earthquake.
