Oracle
Mercury is the hottest planet in the Solar System. Answer true or false.
Answer
false
- hottest planet
- The planet with the highest mean surface temperature.
- sources
- science.nasa.gov, nasa planetary fact sheet (https://nssdc.gsfc.nasa.gov/planetary/factsheet/): venus mean surface temperature ~464c vs mercury ~167c, due to venus's thick co2 atmosphere trapping heat via greenhouse effect despite mercury's closer proximity to the sun, nasa science - mercury facts (https://science.nasa.gov/mercury/facts/): "despite its proximity to the sun, mercury is not the hottest planet in our solar system – that title belongs to nearby venus, thanks to its dense atmosphere.", nasa science - venus overview (science.nasa.gov/venus): venus is the hottest planet in the solar system, with surface temperatures around 465c, hotter than mercury (~430c max dayside) because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect, while mercury has essentially no atmosphere and cools drastically at night., nasa science solar system exploration (solarsystem.nasa.gov/planets/venus/overview) and nasa science solar system exploration (solarsystem.nasa.gov/planets/mercury/overview): venus has a mean surface temperature of about 464°c, hotter than mercury's roughly 430°c daytime peak, because venus's thick co2 atmosphere traps heat via a strong greenhouse effect despite mercury being closer to the sun., nasa science, mercury: facts (https://science.nasa.gov/mercury/facts/), states that mercury is not the hottest planet in the solar system and venus holds that title., nasa science, mercury: facts — https://science.nasa.gov/mercury/facts/ (states mercury is not the hottest planet; venus is)., nasa science, solar system temperatures: https://science.nasa.gov/resource/solar-system-temperatures/, nasa science, temperatures across our solar system: https://science.nasa.gov/solar-system/temperatures-across-our-solar-system/, nasa solar system exploration (https://science.nasa.gov/mercury/) and nasa venus fact sheet (https://nssdc.gsfc.nasa.gov/planetary/factsheet/venusfact.html): mercury's average surface temperature is about 167°c, while venus's is about 464°c due to its thick co2 atmosphere trapping heat via a runaway greenhouse effect, despite mercury being closer to the sun. venus is therefore the hottest planet, not mercury., nasa solar system exploration (https://science.nasa.gov/mercury/) and nasa venus fact sheet (https://nssdc.gsfc.nasa.gov/planetary/factsheet/venusfact.html): venus has an average surface temperature of about 464°c, hotter than mercury's average of about 167°c, because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect, despite mercury being closer to the sun., nasa solar system exploration (https://science.nasa.gov/venus/) and nasa mercury fact sheet: venus has a mean surface temperature of ~464c due to its thick co2 greenhouse atmosphere, hotter than mercury (~167c mean, despite dayside highs near 430c), making venus the hottest planet despite mercury's closer proximity to the sun., nasa solar system exploration (https://solarsystem.nasa.gov/planets/venus/overview/) and nasa mercury fact sheet (https://nssdc.gsfc.nasa.gov/planetary/factsheet/mercuryfact.html): venus has a mean surface temperature of about 464°c due to its thick co2 atmosphere and runaway greenhouse effect, hotter than mercury's maximum dayside temperature of about 430°c; mercury has no atmosphere to retain heat and its nightside drops to about -180°c. venus, not mercury, is the hottest planet., nasa solar system exploration (https://solarsystem.nasa.gov/planets/venus/overview/) and nasa mercury fact sheet (https://nssdc.gsfc.nasa.gov/planetary/factsheet/mercuryfact.html): venus has the highest surface temperature (~465 c / 737 k) of any planet due to its thick co2 atmosphere and greenhouse effect, exceeding mercury's maximum surface temperature (~430 c / 700 k) despite mercury being closer to the sun., nasa solar system exploration (https://solarsystem.nasa.gov/planets/venus/overview/) and nasa/venus & mercury fact sheets (nssdc.gsfc.nasa.gov): venus has an average surface temperature of about 464°c due to its thick co2 atmosphere and runaway greenhouse effect, hotter than mercury's ~167°c average, even though mercury is closer to the sun., nasa solar system exploration (science.nasa.gov/mercury and science.nasa.gov/venus): venus has an average surface temperature of about 464°c due to its thick co2 atmosphere and runaway greenhouse effect, making it the hottest planet, while mercury, lacking an atmosphere to retain heat, averages about 167°c despite being closest to the sun., nasa solar system exploration (science.nasa.gov/venus) and nasa fact sheets: venus has a mean surface temperature of ~464°c versus mercury's ~167°c average, because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect despite mercury being closer to the sun., nasa solar system exploration (science.nasa.gov/venus) and nasa fact sheets: venus has the highest mean surface temperature of any planet (~464°c / 737k) due to its thick co2 atmosphere and runaway greenhouse effect, exceeding mercury's maximum surface temperature (~430°c) despite mercury being closer to the sun., nasa solar system exploration (science.nasa.gov/venus) and nasa mercury fact sheet (nssdc.gsfc.nasa.gov/planetary/factsheet/mercuryfact.html): venus has an average surface temperature of about 464°c, hotter than mercury's average of about 167°c, because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect while mercury has essentially no atmosphere to retain heat despite being closer to the sun., nasa solar system exploration (science.nasa.gov/venus) and nasa science mercury fact sheet: venus's average surface temperature (~464°c) exceeds mercury's (~167°c average, despite a dayside peak of ~430°c) because venus's thick co2 atmosphere traps heat via a strong greenhouse effect, while mercury has essentially no atmosphere to retain heat., nasa solar system exploration (science.nasa.gov/venus) and nasa's mercury fact sheet (nssdc.gsfc.nasa.gov/planetary/factsheet/mercuryfact.html): venus has the highest average surface temperature (~464°c) of any planet, hotter than mercury (~167°c average), because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect, despite mercury being closer to the sun., nasa solar system exploration (science.nasa.gov/venus) and nasa/jpl mercury fact sheet (nssdc.gsfc.nasa.gov/planetary/factsheet/mercuryfact.html): venus has a mean surface temperature of about 464°c, hotter than mercury's mean of about 167°c, because venus's dense co2 atmosphere traps heat via a runaway greenhouse effect while mercury has essentially no atmosphere to retain heat despite its closer solar distance., nasa solar system exploration (science.nasa.gov/venus) and nasa/nssdc planetary fact sheets: venus has a mean surface temperature of about 464°c, hotter than mercury's ~167°c average, due to its thick co2 atmosphere and greenhouse effect, even though mercury is closer to the sun., nasa solar system exploration (science.nasa.gov/venus) — venus has an average surface temperature of ~464°c, hotter than mercury's ~167°c average, due to venus's dense co2 atmosphere trapping heat in a runaway greenhouse effect, despite mercury being closer to the sun., nasa solar system exploration (solarsystem.nasa.gov/planets/venus/overview) and nasa fact sheets: venus has an average surface temperature of ~465c due to its thick co2 greenhouse atmosphere, hotter than mercury's ~430c peak dayside (and far colder nightside), making venus the hottest planet despite mercury being closer to the sun., nasa solar system exploration (venus fact sheet, solarsystem.nasa.gov/planets/venus/overview) and nasa mercury fact sheet (solarsystem.nasa.gov/planets/mercury/overview): venus has a mean surface temperature of about 464°c due to its thick co2 atmosphere and greenhouse effect, hotter than mercury's maximum surface temperature of about 430°c, despite mercury being closer to the sun., nasa solar system exploration (venus profile): venus has the hottest surface of any planet, with an average temperature of about 471°c (880°f), due to its dense co2 atmosphere trapping heat via the greenhouse effect, even though mercury is closer to the sun., nasa solar system exploration (venus profile): venus is the hottest planet in the solar system, with an average surface temperature of about 464°c, hotter than mercury (~167°c average) despite mercury being closer to the sun, because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect while mercury has essentially no atmosphere to retain heat., nasa solar system exploration (venus profile, science.nasa.gov/venus) and nasa science mercury profile (science.nasa.gov/mercury): venus's thick co2 atmosphere traps heat, giving it a surface temperature around 900°f (465°c), hotter than mercury's dayside maximum of around 800°f (430°c), despite mercury being closer to the sun., nasa solar system exploration (venus profile, science.nasa.gov/venus) and nasa/nssdc planetary fact sheets: venus has a mean surface temperature of ~464c, hotter than mercury's ~167c mean, because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect despite mercury being closer to the sun., nasa solar system exploration - venus (https://solarsystem.nasa.gov/planets/venus/overview/): venus has a surface temperature of about 475°c due to its thick co2 atmosphere and greenhouse effect, hotter than mercury's ~430°c dayside peak, despite mercury being closest to the sun., nasa solar system exploration - venus facts (https://science.nasa.gov/venus/): venus is the hottest planet due to its thick co2 atmosphere trapping heat via the greenhouse effect, with surface temperatures around 465c, hotter than mercury despite mercury being closer to the sun., nasa solar system exploration planet fact sheets (https://science.nasa.gov/mercury/ and https://science.nasa.gov/venus/): mercury's mean surface temperature is about 332-427f (167c) while venus, due to its thick co2 atmosphere and runaway greenhouse effect, has a mean surface temperature of about 867f (464c), the highest of any planet despite mercury being closer to the sun., nasa solar system exploration planet profiles (science.nasa.gov/mercury and science.nasa.gov/venus): mercury's surface temperature ranges from about -180c to 430c, while venus has a surface temperature of about 465c due to its thick co2 atmosphere trapping heat via the greenhouse effect, making venus the hottest planet despite mercury being closest to the sun., nasa solar system exploration, venus fact sheet (https://science.nasa.gov/venus/): venus has a mean surface temperature of about 464 c (867 f), hotter than mercury's mean surface temperature of about 167 c (332 f), because venus's thick co2 atmosphere traps heat via a runaway greenhouse effect despite mercury being closer to the sun., nasa solar system exploration, venus overview (https://science.nasa.gov/venus/) — venus's thick co2 atmosphere traps heat, giving it an average surface temperature of about 464c (867f), hotter than mercury's ~430c dayside peak despite mercury being closer to the sun., nasa, mercury: facts — https://science.nasa.gov/mercury/facts/
Work
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#197falsefrom science.nasa.gov
#1673falsefrom science.nasa.gov
#309falsefrom science.nasa.gov
#1311falsefrom science.nasa.gov
#218falsefrom science.nasa.gov147 more
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