High pressure and ocean currents causes dry summer season in San Francisco and abundant amount rainfall in Washington, DC.
High pressure cells combine with the different ocean currents off the coasts causes a summer dry season in San Francisco and abundant rainfall in Washington, DC because these pressure cell along with ocean currents carried out moist winds which turn into clouds lead to rainfall.
When moist winds blow inland, the high terrain of the Cascade Range forces the moist air to rise into the atmosphere, forming thick clouds and steady rainfall occurs in Washington, DC while on the other hand, San Francisco experience dry summer season and wet winter season due to presence near the water bodies so we can conclude that high pressure and ocean currents causes dry summer season in San Francisco and abundant amount rainfall in Washington, DC.
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Answer:
The terrestrial planets are the inner planets that lie within the Asteroid belt. They have high densities compared to the Jovian planets and they are relatively smaller. They are comprised of silicate rocks and Carbon Dioxide, Oxygen, Nitrogen, and Argon are the gases found here. The density of Mercury, Venus, Earth, and Mars are 5.4 g/cm³, g/cm³, 5.5 g/cm³ and 3.9 g/cm³ respectively. Mercury and Venus are not rich in water, hydrogen, and helium gas because they might have evaporated or removed because they are nearest to the Sun.
Whereas Pluto is a dwarf, cold planet that lost its orbit and is at a great distance from the sun. It is beyond the planet Neptune and is no more considered as a planet of the solar system. A huge amount of ice is present here and comprised of gases such as Methane, Carbon Monoxide. It has a density of about 1.88 g/cm³, which is very less in comparison to the terrestrial planets.
