Answer:
where is the diagram? I need to see it to answer.
Explanation:
Low pressure areas are 970 and 1,010.
Explanation:
The air pressure represents the pressure that the air makes with its wight on the objects. Basically, the heavier the air is, the higher the air pressure is, and the lighter the air is, the lower the air pressure is. The air pressure is measured in mbar, hPa, and Pa.
Standard air pressure conditions are considered to be 1,1013.25 mbar. Every value that is larger than this one means that the air pressure is high, and every value below this one means that the air pressure is low. In this case, the only two values that are below the standard value of the air pressure are 970 and 1,010, thus making them the only two values with low air pressure.
The air pressure is influenced by multiple factors:
- temperature
- precipitation
- elevation
Some facts about the air pressure are:
- the colder the air is, the higher the air pressure is
- the warmer the air is, the lower the air pressure
- the air pressure is higher closer to the surface of the Earth, and it gets lower with elevation
- the precipitation increases the air pressure
Learn more about the types of precipitation brainly.com/question/869430
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Answer:
Hello the map attached to your question is missing attached below is the missing map
answer : A. Hawaii, USA.
B. The western coast of North America
C. Indonesia.
D Mediterranean coast, Europe.
E. Western coast of South America.
F. Japan
Explanation:
The six general regions on the map that shows global distribution of volcanoes( Third order landforms ) can be described as .
A. Hawaii, USA.
B. The western coast of North America
C. Indonesia.
D Mediterranean coast, Europe.
E. Western coast of South America.
F. Japan
Answer: Thermal inversion
Explanation: Thermal inversion or change the position of the air layer, when the warmer layer of air is above the cold layer, which is usually not the case. It happens due to a change in the normal temperature gradient, i.e. when the gradient becomes inverted. Such thermal inversions can occur in oceanic areas with a lot of upwelling near the coasts. Thermal inversion also occurs when sun radiation is less than radiation from the earth, which is the case during the night. The significance of these inversions is great, especially for air quality in polluted environments such as urban. The strongest inversions are during the winter and can then be dangerous due to poor air quality, which is measured by the AQI (Air Quality Index). The higher the AQI index, the greater the risk of bad air, that is, the worse air.
