YES he did. He benefited from El Niño is the answer.
Convection is a process which transfers the heat between the temperatures when fluid (i.e. liquid or gas) is in motion. Due to the presence of heat source, water temperature increases and also it will become less dense and rise. Hot air is less dense than cold. When air rises higher in the atmosphere its pressure gets down and it becomes colder.
Answer:
B. A P wave can travel through liquids
Explanation:
The vegetation type that will be the most affected from the surface warming are the forests.
The forests will start to decline as the surface warming increases, and this is because the forests need more moderate temperatures, or if its warmer than to have a very big amount of precipitation. This is not the case when a global warming occurs, and deeper into the mainland where most of the forests are located, the precipitation will reduce, and that combined with the higher surface temperature will cause the forests to slowly die out in those places. As the forests start to diminish, they will be systematically replaced by grasslands of different types.
Answer:
<u>Geocentric Model</u>: - this model is Earth Centered
-Retrograde motion is explained by epicycles
<u>Heliocentric Model</u>: - This model is Sun Centered
-Retrograde motion is explained by the orbital speeds of planets
<u>Both models</u>:- Epicycles and deferents help explain planetary motion
-Planets move in circular orbits and with uniform motion
-The brightness of a planet increases when the planet is closest to Earth
Explanation:
Retrograde motion is an apparent change in the movement of the planet through the sky. Ptolemy's model of the solar systems was geocentric, where the Sun, Moon, planets and start all orbit the Earth in perfectly circular orbits. However this perfectly circular orbits around the Earth did not explain the occasional retrograde motion of the planets. In the Copernicus' heliocentric model, retrograde motion of planets is naturally explained. The explanation for retrograde motion in a heliocentric model is that retrograde occurs roughly when a faster moving planet catches up to and passes a slower moving planet.
