Any point on Earth rotates to face the Sun once each day. However, because of Earth's 23 degree axial tilt, in their respective summer months, those points north of the Arctic circle or south of the Antarctic circle will have the Sun visible in the sky for 24 hours a day. Conversely, in their winters these locations will be in the dark for 24 hours a day the sun will never rise. There is not a particular day when this happens.
Equinox
day light savings
It is called " Equinox " here is a link to info about it. http:/enzperiodzwikipediazperiodzorg/wiki/Equinox check it out! -sidsidney this answer was placed 12/3/09 :) :)
That sounds like "This Island Earth"
The person who is said to have stopped the sun and moved the earth is the biblical figure Joshua. In the book of Joshua in the Bible, there is a story where Joshua commanded the sun and moon to stand still, extending the daylight hours for a battle. It is important to note that this event is described as a miracle in the biblical narrative.
The winter solstice, which usually occurs around December 21.
Locations near the equator, such as Quito in Ecuador or Nairobi in Kenya, generally experience around 12 hours of daylight every day throughout the year due to their proximity to the equator and consistent sunlight patterns.
The far side, or the dark side (though it actually receives the same amount of light as the closer side).
Daylight saving time is not specific to a particular scientific name, but it is often referred to as DST or daylight time adjustment. It is a practice of setting the clocks forward by one hour during the warmer months to extend evening daylight.
The part that receives the flower is the seedThe stamen receives the pollen then a seed pod in produced.
Kipngetich is a Kalenjin name for a boy who was born when cows are taken to pasture after morning milking.
The two types of energy from the natural world that Earth's surface receives are solar energy from the sun and geothermal energy from the Earth's interior. Solar energy warms the Earth's surface, powers photosynthesis, and drives weather patterns, while geothermal energy comes from the heat produced within the Earth's crust.