The sun is called the keeper of life because it is the most importannt thing human needs to life.. If we didn't have a sun everything in the world would be dark.. We also wouldn't have electercity , heat our houses and see anything on earth.. we also woulddn't have moon light because sun gives Moon light to glow..
Short answer: It's adapted from earlier terms in old english.
The English proper noun sun developed from Old English sunne, and may be related to south. Cognates to English sun appear in other Germanic languages, including Old Frisian sunne, sonne ("sun"), Old Saxon sunna, Middle Dutch sonne, modern Dutch zon, Old High German sunna, modern German sonne, Old Icelandic sunna, and Gothic sunnō. All Germanic terms for the Sun stem from Proto-Germanic sunnōn.
The sun, through the greenhouse effect, keeps the earth warm enough for life.
because all of the planets in our solar system revolve around sun by a orbital pull
The Sun gets its energy from nuclear fusion - converting protium (hydrogen-1) to helium-4.
distance from Sun, surface temperature, and atmosphere of oxygen
No, the fact that there is life on earth does not prove that there is life on other planets because earth has many characteristics which allow for the sustaining of life, such as a sufficent water supply, an atmosphere, oxygen, a distance from the sun which keeps us at a temperature which is not too hot nor too cold to sustain life, among many other reasons.
Without the Sun, there would be no life on Earth.
The ozone layer plays a vital role in supporting the life of earth. It protects us from the fatal high frequency UV radiations from the sun.
In terms of the immediate millions of years, yes the planet should be able to sustain life unless we damage the conditions. However, in the long term (celestial terms) the earth is thought to be burned up by the sun as it expands from a main sequence star to a red giant before it collapses to a white giant. Should the earth survive this expansion of the sun, the earth will instead be a very cold place, not capable of sustaining life, because the output of the sun after it becomes a white dwarf (neutron star) will not be enough to keep the current temperatures on earth.
distance from Sun, surface temperature, and atmosphere of oxygen
Well, all life on Earth (as we know it) requires the sun in order to survive...
it gives earth sunlight and life to its enviroment.
The Sun is a star, one that is one of the only things currently sustaining life on our planet
No, the fact that there is life on earth does not prove that there is life on other planets because earth has many characteristics which allow for the sustaining of life, such as a sufficent water supply, an atmosphere, oxygen, a distance from the sun which keeps us at a temperature which is not too hot nor too cold to sustain life, among many other reasons.
Without the sun there would be no life on earth because the sun gives heat and life energy that if it is missing, Earth would be totally freezing and without life. The 5 branches of living things cannot survive without the sun.
Without the Sun, there would be no life on Earth.
The role of ozone layer is to block the harmful UV radiations from the sun. These are fatal rays for life on earth.
Short answer, NO The sun is the source of all energy and life on earth
The ozone layer plays a vital role in supporting the life of earth. It protects us from the fatal high frequency UV radiations from the sun.
there would be no life on earth because the sun supports life on earth and gives warmth to the living creatures in earth. if the sun was gone, earth would be totally dark and there would be no life there.
In terms of the immediate millions of years, yes the planet should be able to sustain life unless we damage the conditions. However, in the long term (celestial terms) the earth is thought to be burned up by the sun as it expands from a main sequence star to a red giant before it collapses to a white giant. Should the earth survive this expansion of the sun, the earth will instead be a very cold place, not capable of sustaining life, because the output of the sun after it becomes a white dwarf (neutron star) will not be enough to keep the current temperatures on earth.