Answer:
Lateral
Explanation:
lateral is a fracture in the rocks of earth's crust in which the rock masses slip past one another parallel to the strike.
Answer:
C.Greenwich, England
Explanation:
The prime meridian is at longitude 0° and pass through England and Greenwich
A prime meridian is the meridian (a line of longitude ) in a geographic coordinate system at which longitude is defined to be 0°. Together, a prime meridian and its anti-meridian (the
180th meridian in a 360°-system ) form a great circle . This great circle divides a spheroid into two hemispheres . If one uses directions of East and West from a defined prime meridian, then they can be called the Eastern Hemisphere and the Western Hemisphere.
Answer:
The limestone found at the top of Mount Everest was formed in an ocean
Explanation:
The Himalayan Mountain Range, thus its highest peak Mount Everest as well, have been formed as a result of the collision between the Indian and Eurasian tectonic plates. The Indian plate, once it separated from Gondwanaland, started to move toward Eurasia. As it was getting closer, the plates started to push against each other. Since the boundary has been in the ocean, the ocean floor started to lift up first because of the immense pressure. As the plates continued to push against each other, the surrounding area was gradually pushed up, so what was once an ocean floor and lowlands was slowly becoming a mountain range. This resulted in limestone rocks that were formed in the ocean to be moved up for several kilometers and to become part of the highest mountain range in the world, providing us with another good proof of the continental drift theory.
Answer:
C. A mass of air that is similar in temperature and humidity
Explanation:
An "air mass" refers to a big volume of air that is characterized by having similar or uniform "temperature" and "humidity"<em> (moisture).</em> They come from different source regions, thus they are classified accordingly.
The<em> "cold air masses"</em> come from the <u>polar area</u>s while the<em> "warm air masses"</em> come from the<u> tropical areas.</u> An air mass may cause a storm, for example, when an air mass moves to a new region and confronts another air mass there with a<em> different humidity and temperature</em>.
