Answer:
The carbon cycle is incomplete on Venus
Explanation:
because there is no liquid water; therefore, carbon dioxide emitted by volcanoes cannot be removed from the atmosphere and remains in the atmosphere, trapping heat and raising the temperature.
In the carbon cycle, rainwater removes carbon dioxide from the atmosphere and deposits it
in the Earth’s crust. Volcanic action then releases carbon dioxide from the crust, putting it
back into the atmosphere. A fully active carbon cycle acts like a thermostat, regulating a
planet’s climate and temperature.
The carbon cycle is incomplete on Venus because there is no liquid water; therefore, carbon
dioxide emitted by volcanoes cannot be removed from the atmosphere and remains in the
atmosphere, trapping heat and raising the temperature. The carbon cycle is broken on Mars
because Mars has no active volcanoes to replenish the carbon dioxide in its atmosphere, and
there is not enough carbon dioxide in its thin atmosphere to keep its surface warm. Due to
the Earth’s fully functioning carbon cycle, temperatures remain moderate. If it gets too hot,
there will be more evaporation from the oceans, and, therefore, more precipitation will
remove carbon dioxide from the atmosphere, and the Earth will cool down. If it gets too cold,
less water will evaporate from the oceans, and, therefore, the amount of precipitation will
decrease with less carbon dioxide removed from the atmosphere, and the Earth will heat up.
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Answers & Comments
Answer:
The carbon cycle is incomplete on Venus
Explanation:
because there is no liquid water; therefore, carbon dioxide emitted by volcanoes cannot be removed from the atmosphere and remains in the atmosphere, trapping heat and raising the temperature.
Answer:
In the carbon cycle, rainwater removes carbon dioxide from the atmosphere and deposits it
in the Earth’s crust. Volcanic action then releases carbon dioxide from the crust, putting it
back into the atmosphere. A fully active carbon cycle acts like a thermostat, regulating a
planet’s climate and temperature.
The carbon cycle is incomplete on Venus because there is no liquid water; therefore, carbon
dioxide emitted by volcanoes cannot be removed from the atmosphere and remains in the
atmosphere, trapping heat and raising the temperature. The carbon cycle is broken on Mars
because Mars has no active volcanoes to replenish the carbon dioxide in its atmosphere, and
there is not enough carbon dioxide in its thin atmosphere to keep its surface warm. Due to
the Earth’s fully functioning carbon cycle, temperatures remain moderate. If it gets too hot,
there will be more evaporation from the oceans, and, therefore, more precipitation will
remove carbon dioxide from the atmosphere, and the Earth will cool down. If it gets too cold,
less water will evaporate from the oceans, and, therefore, the amount of precipitation will
decrease with less carbon dioxide removed from the atmosphere, and the Earth will heat up.