No, Mercury has no atmosphere. Without an Atmosphere planets cannot trap heat. This is the reason why Mercury's temperature changes drastically from day and night.
because Mercury cant trap heat because it has no atmosphere
because Mercury cant trap heat because it has no atmosphere
because Mercury cant trap heat because it has no atmosphere
because Mercury cant trap heat because it has no atmosphere
The Uniqueness of MercuryMercury is different from all planets,mercury don't have any atmosphere, so it didn't reflect and trap heat
If you mean the place it is from the sun, then it is 1. Mercury is the closest planet to the sun but not the hottest, because Venus has poisonous clouds to trap heat.
cause mercury doesnt trap the suns heat into the surface. It burns in the day time but freezes at the night time. Venus traps the suns heat in its surface.
Mercury has nearly no atmosphere. Without an atmosphere, Mercury cannot reflect sunlight or trap heat. This is the reason why days on Mercury are very hot and nights are very cold. In the daytime, the solar energy directly strikes the planet's surface because there is no atmosphere to reflect heat, making a sizzling temperature of 427 Celsius (800 Fahrenheit). At night, without an atmosphere to trap heat, the solar energy escapes quickly into space, resulting in a freezing temperature of -173 Celsius (-290 Fahrenheit).
Because Venus is global warming x1000 the gases caused by the volcanoes and lava flows trap Heat in
Mercury has almost no atmosphere to trap heat. It has a very slow rotation so night lasts for many (earth) days, and in the long darkness without air, the heat radiates away rapidly.
The direct object of the verb 'trap' is the noun heat(plants trap heat).
Mercury has nearly no atmosphere. Without an atmosphere, Mercury cannot reflect sunlight or trap heat. This is the reason why days on Mercury are very hot and nights are very cold. In the daytime, the solar energy directly strikes the planet's surface because there is no atmosphere to reflect heat, making a sizzling temperature of 427 Celsius (800 Fahrenheit). At night, without an atmosphere to trap heat, the solar energy escapes quickly into space, resulting in a freezing temperature of -173 Celsius (-290 Fahrenheit).