Answer:
There are three factors wind that determine the size of the wave: 1) the speed of the wind, 2) the distance over which the wind has blown, and 3) the length of time that the wind has blown. The greater each of these factors, the bigger the wave.
Explanation:
The speed of the wind is one determing factor of how large the wave will be because if the wind is higher, then (depending on where it's facing) it CAN make the waves higher if it is going in the same direction. And same does 2) and 3) also matter, the length also matters because then for that time, there will be large waves, and for 2), the distance also matters, because if you are in a place (on the shore) where there was high wind towards you for some time, then after some time, you will see large waves, but if you are not, then you will see normal waves.
I believe the answer is Abandoned property
Answer:
Hadley.
Explanation:
In 1735, George Hadley proposed a model of the atmospheric circulation for planet Earth and it was referred to as the Hadley cell.
Hadley cell are low-latitude overturning circulations which comprises warm, moist air that rises into the atmosphere near the equator and air sinking at roughly 30 degrees latitude.
This ultimately implies that, the Hadley cell is the continuous atmospheric convection cell in the Northern and Southern Hemisphere which have an ascending limb near the equator and a descending limb near 30 degrees latitude.
Additionally, the south-moving winds and north-moving winds connect the columns of vertical movement at low altitudes and high altitudes respectively.
Um... the water cycle. Evaporation, condensation, and precipitation.
