根据第一段“Sometimes called “Earth’s twin,” Venus is similar to our world in size and composition. The two rocky planets are also roughly the same distance from the sun, and both have an atmosphere.”(金星有时被称为“地球的孪生兄弟”,在大小和组成上与地球相似。这两颗岩石行星与太阳的...
根据第一段Sometimescalled "Earth'stwin," Venusissimilartoourworldinsizeandcomposition.Thetworockyplanetsarealsoroughlythesamedistancefromthesun,andbothhaveanatmosphere."(金星有时被称为"地球的孪生兄弟",在大小和组成上与地球相似。这两颗岩石行星与太阳的距离也大致相同,而且都有大气层。)可知,第一段开头说...
Venus atmosphere is surprisingly Earth-likeThe European Space Agency's Venus Express team say the atmospheric circulation of Venus is much like Earth'sdoi:10.1016/S0262-4079(07)63005-XSchillingGovertNew entist
In what phase is Venus closest to Earth?Answer and Explanation: Venus has phases similar to the moon. Galileo noticed that during thecrescent phaseof the moon, Venus was largest, and therefore closest to Earth. He used this observation to conclude that Venus revolves around the sunand not ...
Much of the water on both planets is also thought to have come from impacts from comets, icy bodies formed in the outer solar system. [#paragraph2]In fact, water probably once dominated the Venusian atmosphere. Venus and Earth are similar in size and mass, so Venusian volcanoes may well ...
the Sun d. the atmosphere2. In line 31 the wor d they refers to: a. pictures b. the clouds c. Earth an d Venus d. the former Soviet Union's probes A probe approaching Venus Summary Complete the summary with words from the text. (完成概要。 )Venus an d Earth are similar in som...
Scientists discovered that the atmosphere of Venus is very thick. This makes it ___. A. very hot B. very cold C. very windy D. very quiet 相关知识点: 试题来源: 解析 A。解析:金星大气层非常厚,这使得金星非常热。浓厚的大气层会像温室一样锁住热量,导致金星表面温度极高,这是金星的一个重要...
In fact, water probably once dominated the Venusian atmosphere. Venus and Earth are similar in size and mass, so Venusian volcanoes may well have outgassed as much water vapor as on Earth, and both planets would have had about the same number of comets strike their surfaces. Studies of how...
so the temperature in Venus’ early atmosphere must have been quite a bit lower.Thus water vapor would have been able to liquefy and form oceans on Venus.But if water vapor and carbon dioxide were once so common in the atmospheres of both Earth and Venus, what became of Earth’s carbon ...
In fact, water probably once dominated the Venusian atmosphere. Venus and Earth are similar in size and mass, so Venusian volcanoes may well have outgassed as much water vapor as on Earth, and both planets would have had about the same number of comets strike their surfaces. Studies of how...