The hemisphere you are in (northern or southern) has an effect on when you experience the seasons. At points in the earth's orbit it is either the southern or northern hemisphere that is tilted further towards the sun. This makes that hemisphere warmer, experiencing summer while the other colder and experiences winter. Then six months later, things are reversed.
The seasons in the northern hemisphere are spring, summer, autumn and winter.
A large part of Africa is in the northern hemisphere, so it has the same seasons as the other parts of the northern hemisphere. For some of the other parts, the seasons are in the reverse to those in the northern hemisphere. As the equator goes through Africa, for much of Africa there is little difference between the seasons.
No, it does not. When it is winter in one hemisphere, it is summer in the other. When it is fall in one, it is spring in the other.Yes, thats why we associate snow with Christmas (except for locations near the equator).
It does not. Seasons are caused by the tilt of the earth on its axis. When that hemisphere is tilted toward the sun there will be summer. Away-- winter.
The northern hemisphere will be in winter and the southern hemisphere will be in summer
It is winter in the northern hemisphere when it tilts away from the sun, and summer in the southern hemisphere when it tilts towards the sun. It is this tilting that creates the seasons.
Seasons in the northern hemisphere occur at opposite times to those in the southern hemisphere. For example, when it is winter in the southern hemisphere, it is summer in the northern hemisphere.
Yes, the periapsis of the Earth's orbit is currently in January, when it is winter in the northern hemisphere. Note that this is unrelated to the seasons; the effect of the Sun's distance is secondary, compared to the tilt of the Earth's axis.Yes, the periapsis of the Earth's orbit is currently in January, when it is winter in the northern hemisphere. Note that this is unrelated to the seasons; the effect of the Sun's distance is secondary, compared to the tilt of the Earth's axis.Yes, the periapsis of the Earth's orbit is currently in January, when it is winter in the northern hemisphere. Note that this is unrelated to the seasons; the effect of the Sun's distance is secondary, compared to the tilt of the Earth's axis.Yes, the periapsis of the Earth's orbit is currently in January, when it is winter in the northern hemisphere. Note that this is unrelated to the seasons; the effect of the Sun's distance is secondary, compared to the tilt of the Earth's axis.
Yes.
the seasons that are experienced are fall (Autumn) and winter
The seasons in the northern hemisphere are spring, summer, autumn and winter.
In the Southern Hemisphere the seasons would be the reverse of what the seasons are in the Northern Hemisphere
A large part of Africa is in the northern hemisphere, so it has the same seasons as the other parts of the northern hemisphere. For some of the other parts, the seasons are in the reverse to those in the northern hemisphere. As the equator goes through Africa, for much of Africa there is little difference between the seasons.
The seasons in the Northern Hemisphere are exactly the opposite of the seasons in the Southern Hemisphere.
the seasons that are experienced are fall (Autumn) and winter
the seasons are usaully switched so if its summer in the northern its winter in the southern
when the northern hemisphere is tilted toward the sun, the southern hemisphere is away for this reason the seasons are reversed in the southern hemisphere.