The greenhouse affect is the reason for the increase in average temperature and the green house affect is contributing to global warming
The correct answers are:
Planet A 16 hours - Inner planet.
Planet B 1,408 hours - Outer planet.
The inner planets are the ones that are much closer to the sun, thus they have much smaller orbits around it and it takes them much less time to circle around it. Also, these planets are much smaller, which enables them to spin around their axis much quicker too, so one day passes much quicker.
The outer planets are the total opposite. They are much further from the sun, so for them to be able to make a single circle around the sun it takes much more time, and also, because they are much bigger, it takes them much more time to spin around their own axis, thus making one day much longer than the days of the inner planets.
Answer:
a
Explanation:
bc I took the test and I got it right
The answer is A, four weeks (the lunar cycle is about 29.5 days).
The currents of the major oceanic gyre systems are driven by the drag of surface winds that are part of the major anticyclonic pressure and wind systems over the ocean basins. Option A. This is further explained below.
<h3>What is an Oceanic gyre system?</h3>
Generally, An ocean gyre is simply defined as a huge system of circular ocean currents generated by world round wind patterns and energy caused by the rotation of the Earth.
In conclusion, Surface wind drag is caused by the large anticyclonic pressure and wind systems that exist across the ocean basins.
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