Answer:
Hurricanes: Coastal Plains because it is by the Gulf of Mexico
Tornadoes: Great Plains because it is an open farm field and that is where tornadoes usually occur
Sandstorms: North Coastal Plains because their is sand and the wind picks it up and creates a sandstorm
The use of mechanized farming techniques is well suited to geographic areas that c. have large expanses of flat land. Regions such as the Canadian Prairies is a large expanse of flat land and as such easily supports mechanization in planting crops such as wheat. Mechanization in agriculture would be hampered in areas that experience frequent flooding as equipment could get stuck in mud or suffer other water damage.
Answer:
Option E
Explanation:
Subduction zones are particularly powerful in creating seismic tremors, subduction zones and earth shakes are plate structural limits where two plates join and one plate is pushed beneath the other.
Tectonic subduction and structural plate limits are the territory bound to cause torrent, collisions of these plates cause quakes as these plates move past one another uprooting enormous territories of ocean bottom up to couple of kilometer to 1000 kilometer these huge vertical dislodging produce ruinous tidal wave as water is dislodged.
Development on ordinary separation point will likewise cause uprooting of ocean bottom however because of size of such occasions they are typically too little to even consider generating huge tidal wave.
The process of freezing water and freezing water are identical because you're freezing the same substance and they have the same reaction to being frozen.
Answer:
Letter C represents a fault.
Explanation:
In the image, we have represented surface features of an earthquake. Letter C in particular represents a fault. The fault is actually responsible for the earthquake as a geological feature, though behind it we have the movement of the tectonic plates driven by the convection currents.
The faults form at transform plate boundaries. This type of plate boundary occurs between tectonic plates that slide past each other. Because they slide past each other and are in constant contact, there is constant tension along the plate boundary, which in turn results in cracking of the crust and regular adjustments. When the cracking of the crust is visible on the surface, we have a fault. Along the faults, we have the most active places on Earth when it comes to earthquakes.