it depends on the global position and the sun, moon, and weather.
Summer. It's caused by the Earth being at an angle to the sun (nothing to do with closeness to the sun).
The South Pole experiences two main seasons: summer and winter. Summer occurs from October to February, with temperatures around freezing and 24 hours of daylight. Winter lasts from March to September, with temperatures dropping to extreme lows and 24 hours of darkness.
In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.
a semisphere
Planet Half-Life was created in 1999.
winter
Go to the other half (north and south) of the world
it is winter in the north and summer in the south.
Summer. It's caused by the Earth being at an angle to the sun (nothing to do with closeness to the sun).
-- Eastern and western hemispheres have the same seasons at the same time.-- Northern and southern hemispheres have the same seasons six months apart.
Seasons have to do with the orientation of the Earth in space. Because the planet tilts about 23 1/2 degrees, sometimes regions get slantly sun rays (winter) and sometimes more direct (summer) ones.
The South Pole experiences two main seasons: summer and winter. Summer occurs from October to February, with temperatures around freezing and 24 hours of daylight. Winter lasts from March to September, with temperatures dropping to extreme lows and 24 hours of darkness.
In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.In that case, it is basically summer in the northern hemisphere, and winter in the southern hemisphere.
It's pretty clear that the answer is "no", when you consider that whenever one half of the earth is having Summer, the other half is having Winter at the very same time.
Persephone usually spends half of the year on Earth (spring and summer) before returning to the underworld for the other half (fall and winter). This cycle is tied to the changing of the seasons in Greek mythology.
The seasons are caused by the tilt of the earth relative to the sun. The earths axis is tilted and not perfectly parallel with the sun's axis. This means that as the earth circles the sun half the planet will be closer to the sun then the other. When half is closer that is summer. (closer = hotter). When it is farthest away that is winter (father = colder). Spring and fall are the transition times in between. When the tilt is moving away from the sun it is getting farther and farther away and getting colder...(fall). When it gets closer then it gets warmer leading to spring. Food for thought....when its summer in the USA..its winter in Australia
You've probably noticed that it gets warmer in summer and colder in the winter. This change happens every year. It happens because the earth tilts back and forth as it goes around the sun. During the summer, the earth tilts toward the sun, which makes half of the earth hotter - this is what we call summer. During the other half of the year, the earth tilts away from the sun, which makes that half of the earth cooler. We call this winter.Did you know that different parts of the world have winter and summer at different times of the year? In the northern half of the world (such as North America and Europe), winter happens during the months of December, January and February. In the southern half of the world (such as South America and Australia), winter happens during the months of June, July and August. Winter happens at different times because the top and bottom halves of the earth tilt away from the sun at different times of the year.