A planet's proximity to the Sun affects how much light and warmth it will receive. In addition to its distance from the Sun, surface reflectivity as well as the planet's atmosphere or greenhouse effect. Light from the Sun will either be reflected back into space or make it to the ground to heat it up.
distance and atmosphere
The amount of light and warmth a planet receives depends on their distance from the sun and the atmosphere. If the atmosphere has high levels of Carbon Dioxide, the gases will trap more heat.
Energy emitted by the Sun Distance from the Sun Reflectance of the planet Radius of the planet Green house effect of the planet's atmosphere
Mercury, because it is the closest planet to the sun.
No. Pluto (when it was a planet) was frozen. Neptune is also very cold. Result of no light/warmth.
distance and atmosphere
The amount of light and warmth a planet receives depends on their distance from the sun and the atmosphere. If the atmosphere has high levels of Carbon Dioxide, the gases will trap more heat.
Energy emitted by the Sun Distance from the Sun Reflectance of the planet Radius of the planet Green house effect of the planet's atmosphere
Mercury, because it is the closest planet to the sun.
It would be the nearest one to the sun!
No. Pluto (when it was a planet) was frozen. Neptune is also very cold. Result of no light/warmth.
because depending on where the surface receives direct light, it affects the trend and biome
light light
the earth itself receives light from the sun. but it has the moon. the moon is the answer i think.
sun --> mercury --> venus --> earth --> mars --> Jupiter --> Saturn and so on.
Distance from the sun, size of the molten core, composition of the atmosphere and in some cases, speed of orbit / closeness to another heavenly body of greater mass which causes friction by pulling the crust/interior of the other planet in directions it would've experience if it was away from other objects.
The Earth receives light, energy and warmth from the sun. Additionally, Earth still benefits from the decay of radioactive materials in its interior, and tidal distortions do their part in adding frictional energy.