Ecuador is the largest exporter of bananas
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
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4 degrees
Explanation:
Relatively steeper than the shelf, the slope angles down to the ocean basin at an average of 4 degrees in some areas, the angle may be as much as 25 degrees.
Answer: B. Neither rising nor falling
Explanation:
Economic Stagnation occurs when there's a flat growth in a particular economy. During economic stagnation, there's increased unemployment and the economy is also not performing well and performing below its potential.
A country's economy is stagnating when the GDP is neither rising nor falling. This results in the lay off of employees by companies which in turn leads to reduction in demand for goods and services and hence economic growth is negatively affected.
Answer: get smaller
Explanation:
Parallax is the angle formed by the observation lines to a very distant object from two separated points.
The procedure to measure this distance in the case of a star, is based on observing it from two different places far away from each other, and then through trigonometry reach to the following relationship:
(1)
Where:
is the distance from Earth to the observed star (in Parsecs 
)
is the earth-sun distance that is equivalent to an astronomical unit (1AU=150000000km)
is the angle of the parallax (in arc seconds 
)
Now, the distance to an object (measured in parsecs) is the reciprocal of the parallax (measured in arcseconds). Then, in its simplified mode, the stellar parallax is given by the following equation:
(2)
As we can see, there is an inverse relation between the distance and the parallax :
(3)
Hence, if the distance is increased by a factor of 10, the parallax is decreased by a factor of 10.
In other words, the parallax angle gets smaller.
