The gases around the planet traps the suns heat and energy in the atmosphere
The greenhouse effect causes the extreme temperatures. The greenhouse gas is mainly carbon dioxide and gaseous sulphuric acid.
No, Venus does not have a hydrosphere. The extreme temperatures and atmospheric conditions on Venus make it unable to support liquid water on its surface.
Weathering, wind, rain, extreme temperatures.
Venus is hotter than Earth because of its thick atmosphere made mostly of carbon dioxide, which traps heat from the sun through the greenhouse effect. This causes Venus to have a runaway greenhouse effect, leading to extreme temperatures that make it the hottest planet in our solar system.
Temperatures on Venus rose so high because of the greenhouse effect, which is caused by the thick atmosphere trapping heat from the sun. The atmosphere on Venus is mostly made up of carbon dioxide, which absorbs and retains heat, leading to extreme temperatures on the planet.
Venus became hot due to its thick atmosphere trapping heat from the sun, creating a greenhouse effect that raises temperatures to extreme levels.
Venus is an uninhabited planet.No people, no need for cities, thus...no capital.
A good hypothesis for Venus could be: "Increased volcanic activity on Venus has contributed to the thick atmosphere and extreme surface temperatures observed on the planet."
Venus is the second closest planet to the Sun, located between Mercury and Earth in our solar system. It is known for its thick atmosphere and extreme temperatures.
Venus is the second planet closest to the sun, located between Mercury and Earth. It is known for its thick atmosphere of carbon dioxide and extreme temperatures.
Venus has a very hot greenhouse effect. In fact, it makes Venus the hottest planet in the solar system. The thick carbon dioxide atmosphere holds the heat very effectively, like a runaway greenhouse effect. Surface temperatures on Venus average 900° Fahrenheit, 735° Kelvin or 460° Celsius.
The process you're referring to is called the greenhouse effect. On Venus, the thick atmosphere of carbon dioxide traps heat from the sun, leading to extremely high surface temperatures. This effect is similar to what occurs on Earth, but the extreme conditions on Venus result in a much more pronounced greenhouse effect.