Answer:
Subduction zone and trench is formed
Explanation:
When two tectonic plates that are comprised of oceanic crust shares a convergent type of plate boundary, then the denser one subducts below the less dense one. Due to this convergent plate motion, a subduction zone is created, which is marked by the presence of an oceanic trench. As the subducting plate penetrates downward into the deeper zone, the process of partial melting takes place, which leads to the melting of the crust and eventually the constituent minerals are mixed with the magma. This magma again comes upward due to the force exerted by the convection current and thereby results in the formation of volcanoes in the over-riding plate.
Thus, the collision of two oceanic plates gives rise to the formation of a subduction zone and a trench.
Answer:
It is possible.
Explanation:
There is still enough air-pressure inside Mark Watney's suit even though it was compromised because of the presence of huge amount of air in the suit of Mark Watney. When he tear his suit in order to move upward to reach his crew member, the suit lost some amount of air but not all the air is lost so we can say that there is still enough air pressure present inside Mark Watney's suit.
Answer:
The factors which causes or contribute to global air circulation from most to least factors include the following:
(b) temperature differences
(a) pressure differences
(c) Coriolis force, (and) frictional force
Explanation:
In the above listed factors, they have a great contribution to the air circulation in the world. <em>For example, the temperature differences is one of the contributing factor due to the fact that, the areas with high temperature leads to air circulation towards the area with low temperature.</em>
The two largest metropolitan areas in Canada are Toronto and Montreal. Toronto has the highest population density of 2.8 million people, followed by Montreal, which has the population density of 1.74 million people. The remaining cities of Canada have significantly lower population densities.
Answer:
These water demands are expected to increase in a changing climate due to changes in temperature and precipitation. ... As warmer temperatures increase the demand for water, the amount of freshwater available may decline and increase competition for water resources in some areas.
Explanation:
