Feb. 10, 2020
The audio lecture and the reading are having opposing views about is it possible to maintain a human presence on Venus? Firstly, the reading mentions that atmospheric pressure at Venus’ surface is much greater than Earth so that all spacecraft and human would be crushed since land on Venus. On the other hand, the lecturer confirms that establishing a station by ballon, locating high in the atmosphere can solve the pressure problem. High up in the atmosphere, the pressure is much lower than the surface, and it is equal to the normal pressure we are used on Earth. So, there would be no danger of station crushed.
Secondly, the author presents that there are no reservoirs of water on Venus’ surface since the planet contains mostly of carbon dioxide, nitrogen and sulfuric acid, but hardly oxygen. Human wants to survive on Venus should import water and oxygen to Venus from Earth. Yet, the speaker from the listening passage indicates that human can produce water and oxygen by using chemical materials that are easily obtain on Venus. There is not necessary to import water and oxygen to Venus.
Finally, the reading says that because of the thick clouds and a dense layer of carbon dioxide, there is little sunlight on Venus. As a result of it, humans could not get power to operate machines and equipments. In contrast, the lecturer asserts that the clouds above the level are not too thick at all, there are amount of sunlight. Also, the clouds reflect sunlight. Humans are able to make use of reflected light too. More than enough electricity could be generated to power the station.
Venus
TheAn audio lecture and the reading areI listened to and a passage that I read havinge opposing views about is itwhether or not it is possible to maintain a human presence on Venus?.
You typically cannot use "the" to talk about something unless you modify it or have already introduced it earlier.
Firstly, the reading mentions that the atmospheric pressure aton Venus’' surface is much greater than that of Earth, so that all spacecraft and human would be crushed since land on Venuss that land on Venus would be crushed.
On the other hand, the lecturer confirmasserts that establishing a station by ballon, locballoon-like stationg high in the atmosphere canould solve the pressure problem.
High up in the atmosphere, the pressure is much lower than on the surface, and it is equal to the normal pressure we are used to on Earth.
So, there would be no danger of the station being crushed.
Secondly, the author presentstates that there are no reservoirs of water on Venus’ surface since the planet containsis comprised mostly of carbon dioxide, nitrogen, and sulfuric acid, but hardly any oxygen.
Humans that wants to survive on Venus shwould need to import water and oxygen to Venus from Earth.
Yet, the speaker from the listening passage indicates that human can produce water and oxygen by using chemical materials that are easily obtained on Venus.
There isfore, it would not be necessary to import water and oxygen to Venus.
Finally, the reading says that because of the thick clouds and a dense layer of carbon dioxide, there is little sunlight on Venus.
As a result of it, humans cwould not getbe able to get enough power to operate machines and equipments.
In contrast, the lecturer asserts that the clouds above the level (the level of what?) are not too thick at all, there are amount of sunlightand that there is some amount of sunlight that breaks through.
Also, the clouds reflect sunlight.
Humans are able to make use of reflected light too.
More than enough electricity could be generated to power the station.
Venus This sentence has been marked as perfect! |
The audio lecture and the reading are having opposing views about is it possible to maintain a human presence on Venus?
You typically cannot use "the" to talk about something unless you modify it or have already introduced it earlier. |
Firstly, the reading mentions that atmospheric pressure at Venus’ surface is much greater than Earth so that all spacecraft and human would be crushed since land on Venus. Firstly, the reading mentions that the atmospheric pressure |
On the other hand, the lecturer confirms that establishing a station by ballon, locating high in the atmosphere can solve the pressure problem. On the other hand, the lecturer |
On there, the pressure is much lower than the surface, and it is equal to the normal pressure we are used on Earth. |
So, there would be no danger of station crushed. So, there would be no danger of the station being crushed. |
Secondly, the author presents that there are no reservoirs of water on Venus’ surface since the planet contains mostly of carbon dioxide, nitrogen and sulfuric acid, but hardly oxygen. Secondly, the author |
Human wants to survive on Venus should import water and oxygen to Venus from Earth. Humans that want |
Yet, the speaker from the listening passage indicates that human can produce water and oxygen by using chemical materials that are easily obtain on Venus. Yet, the speaker from the listening passage indicates that human can produce water and oxygen by using chemical |
There is not necessary to import water and oxygen to Venus. There |
Finally, the reading says that because of the thick clouds and a dense layer of carbon dioxide, there is little sunlight on Venus. Finally, the reading says that because of |
As a result of it, humans could not get power to operate machines and equipments. As a result of |
In contrast, the lecturer asserts that the clouds above the level are not too thick at all, there are amount of sunlight. In contrast, the lecturer asserts that the clouds above the level (the level of what?) are not too thick at all, |
Also, the clouds reflect sunlight. This sentence has been marked as perfect! |
Humans are able to make use of reflected light too. Humans are able to make use of reflected light |
More than enough electricity could be generated to power the station. This sentence has been marked as perfect! |
High up in the atmosphere, the pressure is much lower than the surface, and it is equal to the normal pressure we are used on Earth. High up in the atmosphere, the pressure is much lower than on the surface, and it is equal to the normal pressure we are used to on Earth. |
You need LangCorrect Premium to access this feature.
Go Premium