Answer: c. Later Copernican Revolution (about 1609-1630)
Explanation:
During the Middle Ages, it was believed that the Earth remained motionless, occupying the center of a universe subject to uniform circular motion where Earth was the only world. All this because the only accepted idea was that of Ptolemy.
Until the Polish astronomer Nicolaus Copernicus proposed that the Earth annually orbits the Sun and rotates once a day on its own axis. He also dared to affirm that the other planets also orbited the Sun as a fixed point. This meant the Earth was no longer unique, nor did it occupy the center of the known universe.
It was on this main idea that the Copernican revolution was based, by changing the Earth for the Sun as the center of the Universe, bringing with it a paradigm shift from the ptolemaic model of the heavens (the stationary Earth in the center of the universe) to the heliocentric model with the Sun in the center of the solar system.
These ideas were published by Copernicus in <em>De revolutionibus orbium coelestium.</em>
Answer:
Because the drier air evaporates moisture off your skin more easily.
Explanation:
The tricky thing, and the power of relative humidity, is that air varies widely in its ability to hold water vapor. Warm air can contain several times more water vapor than cold air. This means that conditions may be moister, and thus warmer, in Montgomery, Alabama, when relative humidity is 40% than, say, in Nome, Alaska, when relative humidity is 80%.
Answer:
choropleth maps show us how much geographic area is affected. On some maps, this means that large regions where only a few people take up a lot of space on the screen. Population cartograms, on the other hand, drive more attention to populated areas.
Explanation:
Planting trees in africa could help reduce severity of climate change.
