Scientists know that there are volcanoes on Venus because images from satellites show features like rivers. Since Venus is too hot to have water, the rivers are more likely flowing lava.
The atmosphere of Venus is not breathable by any life form that we know of. Our probes survive less than a minute on the surface.
Yes, astronomers have gathered data on Venus's surface using spacecraft missions and radar imaging techniques. Venus's surface is extremely hot, with temperatures reaching around 900 degrees Fahrenheit, and pressure over 90 times that of Earth's. It is covered in volcanic plains, mountains, and large impact craters.
Venus is often referred to as Earth's twin sister because of its similar size and composition. Both planets are rocky, have a similar mass, and share a similar distance from the sun. However, Venus has a thick atmosphere of carbon dioxide that causes extreme temperatures and crushing surface pressure, making it inhospitable for life as we know it.
Currently, there is no evidence to suggest the presence of life on Venus. The extreme temperatures, acidic environment, and lack of water on the planet make it inhospitable for life as we know it. Scientists continue to study Venus to understand its conditions and potential for life in the past or future.
For life to exist on Venus, the planet would need significant changes to its environment. This would include lowering its surface temperature, establishing a stable atmosphere with suitable conditions for life, such as oxygen and water, and shielding the surface from the planet's harsh radiation. It would be a massive undertaking to make Venus hospitable for life as we know it.
They know it because the atmosphere on Venus is 93% carbon dioxide and the surface temperature is between 400 and 500 degrees C.
Scientists know that there are volcanoes on Venus because images from satellites show features like rivers. Since Venus is too hot to have water, the rivers are more likely flowing lava.
The atmosphere of Venus is not breathable by any life form that we know of. Our probes survive less than a minute on the surface.
Venus has, as determined by satellite probes, a surface temperature of 800 degrees , much too hot to sustain life as we know it.
Venus has an atmospheric pressure about 91 times greater than Earth's due to its dense carbon dioxide atmosphere and the high surface pressure caused by the greenhouse effect. This extreme pressure makes Venus's surface conditions inhospitable for life as we know it.
The atmosphere of Venus is not breathable by any life form that we know of. Our probes survive less than a minute on the surface.
This is not known. Scientists don't know very much of what the surface of Pluto is like.
Since the surface of the Earth is exactly where scientists (and the rest of us) live, scientists have had excellent opportunities to observe it, and they know stupendously vast numbers of things about it. I wouldn't even attempt to summarize such an enormous body of knowledge.
Yes, astronomers have gathered data on Venus's surface using spacecraft missions and radar imaging techniques. Venus's surface is extremely hot, with temperatures reaching around 900 degrees Fahrenheit, and pressure over 90 times that of Earth's. It is covered in volcanic plains, mountains, and large impact craters.
No. Venus has a surface temperature of about 860 degrees Fahrenheit, which is not hot enough to melt rock. Currently, we do not know of any currently active volcanoes on Venus, though we have found evidence of past volcanic activity.
Theoretically, scientist do not know what the sun looks like through this perspective. The only way to know is to actually be there. However, research using inductive and deductive empirical reasoning to make accurate assumptions.
Venus is often referred to as Earth's twin sister because of its similar size and composition. Both planets are rocky, have a similar mass, and share a similar distance from the sun. However, Venus has a thick atmosphere of carbon dioxide that causes extreme temperatures and crushing surface pressure, making it inhospitable for life as we know it.