The planet Mercury. At a distance of 28½ to 43 million kilometers from the Sun, it is only about a third as far from the Sun as Earth and receives commensurately higher solar radiation.
At its closest to the Sun, Mercury receives heat and light ten times more intense that on the Earth, that would be about 13 kW per square metre.
Seem from the back of Mercury, the part that faces away fom the Sun, the Earth would look like a bright planet with a dimmer object, the Moon, up to about 0.15º from it at maximum.
Venus is the planet that emmits the most light to earth.
The planet reflects solar light and a star has its own light.
So light it would actually float on water.
No.
it depends if its near a sun. remember, MOONS AND PLANETS ARE NOT LIGHT SOURCES. they simply reflect the suns light. therefore, if they are not near enough to a sun, the moons would be dark, as would the planet, cos there is hardly any light to reflect. (oh and there is no known planet with 62 moons.)
The Sun is the celestial body producing most of the light on Earth. If we had the ability to capture all the light striking Earth, every human on the planet would have enough power to operate a 4,000 kW lamp.
On our planet it would be, Sol, our sun.
SATURN.
Most or all life would die, and the oceans would freeze. The planet itself would contract a small amount like most things when frozen. The molten interior, however, would remain liquid, as it is not warmed by sunlight, but rather, by the radioactivity of the elements there.
From Earth it would be the Sun, which, however not a planet, but a star
the light of the planet is the sun
The sun is essential to life on this planet, so if the sun was not producing light/heat - life on this planet would no longer exist.