It is - but the Northern Hemisphere is also tilted awayfrom the sun at that point, giving us wintertime.
This is dependent on how far it is tipping from the sun. If it is tipping as far away as possible, then it is the middle of Winter.
Yes, but not very long in advance. When there is a lot of activity on the surface of the sun and it ejects material towards Earth, the Northern Lights can be seen. So if the activity on the Sun is seen, then it is possible to predict that the Northern Lights will be seen in the following hours and days.
It is not impossible. The conditions must be very favorable.
In the atmosphere Auroras usually occur in the ionosphere(the highest part of the atmosphere, between the thermosphere and the exosphere. The ionosphere gets its name because it is ionized by solar radiation.).We typically see auroras only in high-latitude areas above about 50 degrees (north or south). However, during intense periods of solar activity, it's occasionally possible to see auroras even from close to the equator.Aurora Borealis (The Northern Lights) can be seen in the Northern Hemisphere (Siberia, Northern Russia, Northern Europe, Iceland, Greenland, Canada and the US (Alaska)).Aurora Australis (The Southern Lights) can be seen in the Southern Hemisphere (the southern parts of Australia, New Zealand, South America, South Africa and Antarctica).When the solar storms are especially severe the auroras can be seen at greater distances from the poles than usual.
The same season as that experienced by the Southern Hemisphere when that is tilted toward the sun. Still need to ask? Like, do you feel warmer when in sunlight or colder when in sunlight? Like, is Summer colder or hotter than Winter? Where do you live? Is it reasonable to assume that because you get a lot more sunlight (when away from the Equator), in the SUMMER, the sun is more overhead than it is in the Winter. And if the sun is more overhead, is it possible that this hemisphere is tilted toward the sun at this season? I'm sure you didn't really need to ask this question if you had given it a bit of thought yourself before asking others. To make up for it, work out which way the sun appears to travel in the hemisphere you don't live in.
There are several possible answers: - the Americas - the Northern Hemisphere - the Western Hemisphere - the Western World - Latin America (partially)
North South East West (possible answers)
No I can't, because I live on Earth and there's no place on Earth where that's possible.
Each hemisphere has cold winters and hot summers. This is because the seasons are reversed. E.g: In America (Northern Hemisphere) their Christmas is in winter and is very cold, but in Australia (Southern Hemisphere) their Christmas is in Summer and is very hot. See even though they happen at the same time they have completely different climates - the seasons are just reversed.
This is dependent on how far it is tipping from the sun. If it is tipping as far away as possible, then it is the middle of Winter.
The Earth is tilted on an axis and travels around the Sun while spinning on this axis. For three months of the year, the Northern Hemisphere is leaning towards the Sun while the Southern Hemisphere isn't. This is when it's summer in the Northern Hemisphere and winter in the Southern. Here, the Sun's rays are targeted towards the Tropic of Cancer. For another three months, the same scenario is present but vice versa, meaning it's summer in the Southern Hemisphere and winter in the Northern. Here, the Sun's rays are targeted on the Tropic of Capricorn. However, for six months of the year (three months at a time), both hemispheres are typically aligned, making the Sun's rays directed towards the center of the Earth: the Equator. This is when it is either fall or spring, alternating depending on the hemisphere. Australia is in the Southern Hemisphere when the United States is in the Northern Hemisphere. So when it's summer in Australia, it will be winter in the US because the Sun's rays are as far from the US as possible and as close to Australia as possible: the Tropic of Capricorn.
It depends where you are. It is possible to sit on a beach facing east and watch the sun rise over the sea in the northern and southern hemispheres. Similarly if you sit on a beach on the west coast of anywhere the sun will rise over the land and set into the sea.
A this time, September 2009, it is possible to see Jupiter at night. Apart from the moon, it is the brightest object in the night sky. From the northern hemisphere, it can be seen towards the south.
yes
Three. (Northern Hemisphere, Western Hemisphere and Land Hemisphere.)"The Hemispheres of the Earth in geography and cartography refer to any bipartite division of the globe into a hemisphere (from Ancient Greek - misphairion meaning "half of a sphere").Division of the Earth by the equator and prime meridian.The most common such divisions are by latitudinal or longitudinal markers:North-South Northern Hemisphere, the half that is north of the equatorSouthern Hemisphere, the half that lies south of the equatorEast-West Eastern Hemisphere, the half that is east of the prime meridian and west of 180° longitudeWestern Hemisphere, the half that lies west of the prime meridian and east of 180° longitudeThe East-West division can also be seen in a cultural sense -- the cultural hemispheres.However, other schemes have sought to divide the planet in a way that maximizes the preponderance of one geographic feature or another in each division:Land-Water Land hemisphere, the hemisphere on the Earth containing the largest possible area of landWater hemisphere, the hemisphere on the Earth containing the largest area of water" (Wiki)
This is an urban legend. There is no special change in gravitation on December 21 (the winter solstice in the Northern Hemisphere, when the Earth is closest to the Sun). If an egg cannot be balanced at any other time, it will not be any more possible on December 21. And, oddly enough, the original date suggested was the vernal equinox (March 21 in the Northern Hemisphere). Nothing special about balancing then either.
Because Australia is in the Southern Hemisphere and North America is in the Northern Hemisphere. The tilt of the earth's axis in relation to the sun gives us opposite seasons in either hemisphere.