Answer:
False.
Explanation:
Regional metamorphism is a common type of metamorphism involving the effects and cooperation of directed pressures and shearing stress as well as a wide range of confining pressures and temperatures. The heat element facilitates recrystallisation; but the stress element not only promotes recrystallisation, but is powerful in deforming the rocks, and producing new structures.
It is related both geographically and genetically to large orogenic belts, and hence is regional in character.
Regional metamorphism does NOT produce nonfoliated metamorphic rocks in the depths of mountain ranges. Regional metamorphism takes place at deeper regions of the crust and is, as the name already signifies, of regional extent. The different types of regional metamorphism, or still dynamothermal metamorphism, are confined to areas of mountain building, so that metamorphism as well as orogenesis ought to be regarded as due to one and the same process.
People get to have a say in who they elect and what laws are put in place.
Answer:
it lets off a lot of heat but verry litle smoke or ash
Explanation:
thus meaning that if the volcano erupts people may think it is only an earth quake therefore not knowing that they wont have much time to prepair for the aftermath
also with verry litle visual of the lava with it being pitch dark or verry litle red peope may never know that lava is on the way
Answer:
Explanation:
Pro-natalist policies are policies which are designed with the purpose of increasing the birth rate/fertility rate of an area. They are found in countries with either very slow natural increase or natural decrease and in areas with ageing populations.
Country practicing is Singapore
Anti-natalist policies aim to do the reverse: to encourage people to plan smaller families, lower fertility rates and reduce the number of births. These tend to be found in countries with high birth rates and rapidly growing populations
Country practicing anti-natalist is Israel
Answer:
Denser objects and substances experience a greater gravitational force acting upon their mass. This is why materials of different densities form layers. It is less dense than the Earth's crust, which is a solid. This is why the Earth's surface and atmosphere form distinct layers.
