Listed following are characteristics of the atmospheres of Venus, Earth, and Mars. Match each atmospheric characteristic to the
appropriate planet.a. almost no surface winds, sulfuric acid clouds, runaway greenhouse effectb. atmosphere composed primarily of nitrogen and ultraviolet-absorbing stratospherec. extremely low density atmosphere, global dust storms
Venus: minimal surface wind, sulfuric acid clouds, and a runaway greenhouse effect.
Earth: dominantly nitrogen atmosphere with a stratosphere that absorbs ultraviolet radiation
Mars: atmosphere characterized by very low density and frequent global dust storms.
Explanation:
Venus's atmosphere creates an intense greenhouse effect that results in a surface temperature consistently around 470ºC, which is hotter than Mercury despite being situated further from the Sun.
Mars's atmosphere is made up of 95% carbon dioxide, nearly 3% nitrogen, and less than 2% argon, with traces of oxygen— unsurprising since Earth's oxygen is a product instead of a cause of life. This thin atmosphere allows for strong winds capable of kicking up massive sandstorms that can envelop the planet entirely.
Earth's atmosphere is composed of gases like oxygen, carbon dioxide, and nitrogen, performing crucial functions such as shielding the planet from harmful UV radiation and regulating average temperatures, thus preventing extreme thermal fluctuations between day and night. The atmosphere is vital for sustaining life on Earth.
Mayroong isang malapit na kaugnayan sa pagitan ng klima at heograpiya sa Asya dahil ang klima ay nagreresulta sa mga magkakaibang uri ng lupain. Ang mga rehiyon malapit sa ekwador ay may mainit na klima at ang mga lupa rito ay kadalasang disyerto at may kaunting halaman, samantalang ang mga lugar malapit sa karagatan o malayo sa ekwador ay may mas mainam na klima at mas mayayabong na halaman dahil sa masaganang pag-ulan at angkop na kapaligiran.
