<h3>Answer:</h3><h2>Venus rotates in the opposite direction to most other planes doubt.</h2>
Venus is the hottest planet in the solar system. Although Venus is not the planet nearest to the sun, its solid atmosphere traps heat in a runaway version of the greenhouse effect that heats Earth. As a consequence, temperatures on Venus approaches 870 degrees Fahrenheit (465 degrees Celsius), more than sufficient to melt lead. Inquiries that scientists have invaded there and lasted only a few hours before being killed. Venus has a destructive atmosphere as well, consisting essentially of carbon dioxide with clouds of sulfuric acid, and scientists have only discovered minimum amounts of water in the atmosphere.
1) It's the planet furthest away from Earth 2) It rotates in the opposite direction to most other planets 3) It's the brightest natural object in the sky 4) It has a strong magnetic field
The right option is 2) <span>Venus is known for its hellishly hot surface temperatures. But it has other distinctions too, such as It rotates in the opposite direction to most other planets.
Venus is the second planet in the solar system, counting from the Sun, and the sixth in size. This planet has the longest day in the solar system (243 Earth days). Venus' movement is dextrogirous, meaning that it rotates clockwise, opposite to the movement of other planets. In Venus, the sun rises from the West and sets in the East. </span>
The Paleozoic era an era in the geologic time and started about 541 million years. It originated due to the diversity of life forms on the planet. and ended about 252 mn years ago along with the end of Permian era.
The extinction was related to the changes in climate and exceptionally low sea levels. During which about 95% of the marine species were killed.
Exp The Deccan Plateau is located in Southern India in-between two mountain ranges: the Western Ghats and the Eastern Ghats. ... The river valley areas of the plateau tend to be densely populated, as there is ample access to water and the climate is conducive to living
The presence of mustones by curiosity rover indicates chances of ancient life.
Explanation:
The Yellowknife bay is a geologic formation of the Gale crater on the planet Mars and NASA named the rover as a curiosity. Its primary goal was to assess the potential habitability and whether the mars are capable to support life.
The presence of the mudstones in the geologic depression area on mars leads to its name as Yellowknife i.e the capital of the northwest territory of Canada.
The findings of the mudstone from the stepped bedded stata indicate the clay minerals that show the presence of water and claims that an ancient creator was found on in this region and these indicators of a potential mafic source of origin of deposition.
