Well, honey, if you think insomnia is bad now, imagine trying to catch some Z's when the sun is up 24/7 for half the darn year. Skin Care companies would love it, that's for sure - no need for tanning beds, just step outside for a few minutes. Just pray the vampires have some seriously good blackout curtains.
Day and night! We are diurnnal creatures, biologically, although extending the "daylight" artificially to suit our ways of life.
It takes about 7 months for a spacecraft to travel from Earth to Mars. The average life expectancy on Earth is around 70 years. So in terms of "life years," the trip to Mars would be equivalent to about 0.8% of an average person's total lifespan.
If the Earth rotated at a slower rate, the days and nights will be longer. There would be an increase in temperatures which could lead to greater pressure gradients and stronger and more violent winds and hurricanes. The Earth's flora and fauna would have to evolve and adapt to the changes, otherwise life will start to die out.
Their average life span is generally 3 to 4 months.
If Earth were not tilted on its axis, there would be no distinct seasons as we experience them today. Instead, each location would experience a more uniform climate year-round, with little variation in temperature or daylight hours. This lack of seasonal change would significantly impact ecosystems, agriculture, and the behavior of many species, including humans. Ultimately, the diversity of seasonal weather patterns that support various life forms would be greatly diminished.
Toads are nocturnal. That means they usually come out at night. If you see one in broad daylight, something is hunting it and scared it out of its hiding place.
The shelf life of walnuts is typically around 6 months if stored in a cool, dry place.
I was told at a boot place that the average life span of a pair of boots is about six months but it depends on what type of work you do. but yet mine have not lasted more than three months so i would have to say between 3-6 months
One - one side of Earth would be in constant daylight, while the other side would be in constant darkness. Two - life as we know it, would not exist.
One - one side of Earth would be in constant daylight, while the other side would be in constant darkness. Two - life as we know it, would not exist.
Nothing. One side would freeze to death, and the other side would be in constant sunlight, providing no rain. They would die of thirst. Comments: 1) That answer assumes "synchronous rotation" with the same side of the Earth always facing the Sun. Even then I don't think all life would die out. 2) If the Earth stopped spinning completely there would be 6 months daylight alternating with 6 months night, as the Earth moved around its orbit. That would be a bit better for life on Earth probably. However, that is not going to happen, because of the way gravity works.
The shelf life of a tea bag is typically around 6 to 12 months if stored in a cool, dry place.
About 10 months, but a long time when in your butt I WOULD KNOW!!
The shelf life of soda is typically around 9-12 months if stored in a cool, dry place away from direct sunlight.
With out land this place would be a none liveable place
A pinecone belongs to the Plantae kingdom of life.
23.5 degrees is the angle by which the Earth's axis departs from perpendicularity referred to the plane of its solar orbit. If that angle were zero, then there would be no seasons, and the duration of daylight and darkness would remain constant throughout the year. If the angle were 90 degrees, a very interesting cycle would follow: -- With regard to the length of day and night, the equator would be the equivalent of today's Arctic and Antarctic Circles. -- Twice a year ... let's say on March 21 and September 21 ... every place on Earth would have a 12-hour day and a 12-hour night. -- From then on, over a small band adjacent to the equator that grew continuously, the days would grow continually longer on one side of the equator and shorter on the other side. -- After 3 months, every place on 1/2 of the Earth would have 24 hours of daylight, and everyplace on the other half would have 24 hours of dark. -- Then the daylight would get shorter on the lighted half, and the darkness would get shorter on the dark half, until after another 3 months, every place on Earth would have 12 and 12 again. -- The average daily temperature would roughly follow the portion of every 24 hours during which the sun is up, and that duration would vary from zero to 24 hours and back again to zero, everywhere on Earth, every year. -- I think I've visualized that correctly. If not, I hope other contributors will jump in here and straighten me out. It's doubtful that life on Earth could survive that cycle.