Why is the greenhouse effect on Earth not as drastic as on Venus?
There is no carbon dioxide in Earth’s atmosphere.
The oceans dissolved much of the carbon dioxide.
Earth is smaller than Venus so it can’t hold the gases in the atmosphere.
There is more carbon dioxide in Earth’s atmosphere than Venus’ atmosphere.??
the oceans dissolved much of the carbon dioxide. :)
The correct answer is: The oceans dissolved much of the carbon dioxide in Earth's atmosphere.
The greenhouse effect on Earth is not as drastic as on Venus because the Earth's oceans play a significant role in regulating the carbon dioxide levels in the atmosphere. The oceans act as a sink, absorbing and dissolving much of the carbon dioxide emissions from various sources such as volcanic activity and human activities. This helps maintain a balance in the atmosphere's carbon dioxide levels, preventing it from reaching extreme levels and thus reducing the intensity of the greenhouse effect.
The correct answer is: The oceans dissolved much of the carbon dioxide.
The greenhouse effect refers to the process by which certain gases in a planet's atmosphere trap heat from the sun, leading to an increase in surface temperature. Both Earth and Venus experience the greenhouse effect, but the severity of the effect differs between the two planets.
One major reason why the greenhouse effect on Earth is not as drastic as on Venus is because the oceans on Earth have absorbed and dissolved a significant amount of carbon dioxide from the atmosphere. Carbon dioxide is a greenhouse gas that contributes to trapping heat in the atmosphere, therefore reducing the concentration of carbon dioxide can help mitigate the intensity of the greenhouse effect.
While it is true that Earth has more carbon dioxide in its atmosphere compared to Venus, this is not the primary reason for the difference in the greenhouse effect between the two planets. Additionally, the size of a planet does not directly determine the ability to hold gases in the atmosphere. It is the composition and interactions within the atmosphere that play a significant role in regulating the greenhouse effect.