Weather: How it Works and why it MattersPerseus Pub., 2000 - 223 pāgines |
Des de l'interior del llibre
Resultats 1 - 3 de 40.
Pāgina 42
... planets in the inner part of the solar system , the region closest to the Sun. With Mercury , Venus , and Mars , it forms the group of terrestrial planets , so called because they share a number of com- mon physical properties that are ...
... planets in the inner part of the solar system , the region closest to the Sun. With Mercury , Venus , and Mars , it forms the group of terrestrial planets , so called because they share a number of com- mon physical properties that are ...
Pāgina 43
... planets , Jupiter , Saturn , Uranus , and Neptune . Each terrestrial planet has a dense , largely iron core encased ... planets originated , and at about the same time , some 4.6 billion years ago . All condensed from inter- stellar ...
... planets , Jupiter , Saturn , Uranus , and Neptune . Each terrestrial planet has a dense , largely iron core encased ... planets originated , and at about the same time , some 4.6 billion years ago . All condensed from inter- stellar ...
Pāgina 44
... Planets with ice caps and clouds reflect more than planets with only barren rock . The ordering of these inner planets and the Moon in declining thickness and cloudiness of atmosphere from Venus to the Earth to Mars to Mercury and the ...
... Planets with ice caps and clouds reflect more than planets with only barren rock . The ordering of these inner planets and the Moon in declining thickness and cloudiness of atmosphere from Venus to the Earth to Mars to Mercury and the ...
Continguts
Introduction | 1 |
The Fundamentals of Air | 7 |
Its Not the Heat Its the Heat and the Humidity | 15 |
Copyright | |
No s’hi han mostrat 15 seccions
Altres edicions - Mostra-ho tot
Frases i termes més freqüents
abundance acid air masses altitude amount Atlantic atmos atmosphere atomic average carbon dioxide cause century clouds cold colder comet cool Coriolis Effect density dew point difference Earth Earth's atmosphere El Niņo energy ENSO equator eruption Europe event feet Figure forests fossil fuels glaciers global temperature global warming greenhouse effect greenhouse gases Greenland ground Gulf Stream heat Holocene humidity hurricanes increase isotope kilometers known land latitude layers Little Ice Age major measure mechanism meters midlatitudes miles molecules Moon Niņo North America Northern Hemisphere occur ocean currents orbit oxygen ozone particles percent period phere planets plankton polar poles precipitation predict present produce rain reached records regions rise satellites scale sea level seasons snow snowfall solar radiation storms stratosphere summer surface tion trees trend Tropics troposphere ture variations vegetation Venus volcanic warmer water vapor weather weather lore wind winter Zone