地球的介紹用英語怎麼說

⑴ 地球 英語怎麼說

看你用在哪裡
globe
客觀的物理性質的地球，地球儀，地球
the
earth
統稱，也泛指大地，從太陽系的角度講，地球也叫這個,一定要加the
planet
星球，行星性質的地球

⑵ 用英語介紹我們的地球外貌，

Our Earth is a blue planet, with over 70% of the surface area under water. It looks like a ball with occasional landmass that can be seen from outer space, which we call continents. These continents are covered with green vegetation. But as our population grows, some of these forests are cut down and urbanized into small dots of cities. These cities light up ring night and are beautiful to watch from the sky, they look like miniatures of the universe.

⑶ 地球的簡介（英文）

到網上搜吧

⑷ 地球用英語怎麼說

地球
earth

The earth goes round the sun.
地球繞著太陽轉。

⑸ 用英語寫一篇關於介紹地球的作文不少於70字

About Earth
Planet Earth is something I hold dearly to my heart. It is not at the center of the Universe, but it is our home planet. Our mother that has allowed all existing life on Earth to be possible. It is at the right distance from the sun, so much so that any deviation could lead to the death of hundreds of species. The insane number of varieties of species on Earth is startling! However the Human's actions towards mother Earth is unnerving, seeing the many destroyed habitats across the planet, I beg to differ. It has been an honour to stand against human race to proudly support mother Earth. I love her, more than anything else, and I don't like the separation of countries, we all living on a single planet- Earth!

⑹ 急求地球的介紹！得是英文！

The Earth's surface is very young. In the relatively short (by astronomical standards) period of 500,000,000 years or so erosion and tectonic processes destroy and recreate most of the Earth's surface and thereby eliminate almost all traces of earlier geologic surface history (such as impact craters). Thus the very early history of the Earth has mostly been erased. The Earth is 4.5 to 4.6 billion years old, but the oldest known rocks are about 4 billion years old and rocks older than 3 billion years are rare. The oldest fossils of living organisms are less than 3.9 billion years old. There is no record of the critical period when life was first getting started

71 Percent of the Earth's surface is covered with water. Earth is the only planet on which water can exist in liquid form on the surface (though there may be liquid ethane or methane on Titan's surface and liquid water beneath the surface of Europa). Liquid water is, of course, essential for life as we know it. The heat capacity of the oceans is also very important in keeping the Earth's temperature relatively stable. Liquid water is also responsible for most of the erosion and weathering of the Earth's continents, a process unique in the solar system today (though it may have occurred on Mars in the past).

⑺ 地球的英文介紹（簡單一些）

earth id the third planet in distance outward from the Sun.
Believed to be about 4.6 billion years old, it is some 92,960,000 mi (149,600,000 km) from the Sun. It orbits the Sun at a speed of 18.5 mi (29.8 km) per second, making one complete revolution in 365.25 days. As it revolves, it spins on its axis, rotating once every 23 hours 56 minutes 4 seconds. The fifth largest planet of the solar system, it has an equatorial circumference of 24,902 mi (40,076 km). Its total surface area is roughly 197,000,000 sq mi (509,600,000 sq km), of which about 29% is land. Earth's atmosphere consists of a mixture of gases, chiefly nitrogen and oxygen. Its only natural satellite, the Moon, orbits the planet at a distance of about 238,860 mi (384,400 km). Earth's surface is traditionally subdivided into seven continental masses: Africa, Antarctica, Asia, Australia, Europe, North America, and South America. These continents are surrounded by the so-called World Ocean, which is broken down into three major bodies: the Atlantic, Pacific, and Indian oceans. Broadly speaking, Earth's interior consists of two regions: a core composed largely of molten, iron-rich metallic alloy; and a rocky shell of silicate minerals comprising both the mantle and crust (See also Moho; lithosphere). Fluid motions in the electrically conctive outer core generate a magnetic field around Earth that is responsible for the Van Allen radiation belts. According to the theory of plate tectonics, the crust and upper mantle are divided into a number of large and small plates that float on and travel independently of the lower mantle. Plate motions are responsible for continental drift and seafloor spreading and for most volcanic and seismic activity on Earth.