Answer: A low pressure system has lower pressure at its center than the areas around it. ... Because of Earth's spin and the Coriolis Effect, winds of a low pressure system swirl counterclockwise north of the equator and clockwise south of the equator. This is called cyclonic flow
Answer:
it is 5:15
Explanation:
since the ration of ac and dc is 1:3
the ans is 5:15
blc 5 is multiplying the two sides of the ratio
Answer:
Warm fronts normally involve the centers of low pressure, and hence the barometric pressure will start falling. This allows the weather forecasters to detect that a warm front is approaching. The pressure starts stabilizing before rising again
Air is a protective cushion
The air in our atmosphere acts as insulation, keeping the Earth from getting too cold or too hot. Ozone, another type of gas in the air, also protects us from too much sunlight. Air in the atmosphere can also protect us from meteoroids
The direction of wind flow around an atmospheric high-pressure area and a low-pressure area, as seen from above, depends on the hemisphere. High-pressure systems rotate clockwise in the northern Hemisphere; low-pressure systems rotate clockwise in the southern hemisphere
Explanation:
Answer:
At convergent boundaries :
- subduction
- magma breaks through the crust
- island arc
- volcanic mountains
At divergent bounderies :
- rift valleys
- magma flows from cracks
- mid-ocean ridges
- plates pulling apart
I have done my research and checked my textbooks it is C
