Only two days a year does the sun rise in the east and set in the west. Sunrises and sunsets occur because the Earth spins counter-clockwise when viewed from the North Pole. Because of the Earth's tilt, the sun rises perfectly due east just two days every year. The other 98% of the time, it rises somewhere between north and south of east.
The only way to know for sure where the sun will rise on any given day is to check online maps or use an app like Google Calendar. If you're looking at a map then you should see symbols indicating which direction is north. These can be found near the top left of most maps. On a digital calendar, there should be an icon showing which direction is north.
There are some locations on earth that never see the sun during the course of an entire year. These include all areas within 100 miles of the poles. At these locations, the moon becomes the dominant force shaping life around them. The ice caps at the poles are constantly shrinking due to global warming but they'll still be there in hundreds of years time!
Sunrise and sunset times are usually given as hours after midnight or midday depending on whether you're referring to sunrise or sunset. Thus, both sunrise today and sunset today will give you the time when the sun rises or sets today respectively.
Actually, the sun only rises directly east and sets due west twice a year—-on the spring and autumn equinoxes! At the summer solstice, the sun rises as far northeast as it ever does and sets as far northwest as it ever does. The sun rises a little more south every day after that. By the winter solstice, it has returned to its position near the southeast.
For most of the other months of the year, there is some element of avoidance on our part when it comes to sunrise and sunset. We might like the idea of the sun rising in the east and setting in the west, but for some reason or another we don't want to see it every morning and night.
But what if I told you that there are places on earth where people live under the sun all the time? Where it never gets dark? And where everyone lives with the knowledge that the sun will rise again tomorrow?
This is not a story about heaven or hell; it's a story about Arctic Sweden and Antarctic Antarctica. In this article, we're going to focus on Sweden because they have an official government agency that monitors solar activity and they've been telling us for years that the sun goes through periods of increased activity that lead to increased heat.
Sweden has two regions that differ slightly in their climate: the central region is cold and dry; the northern region is warm and wet.
The sun "rises in the east and sets in the west," as most people are aware. Most individuals, however, are unaware that this is a generality. The rest of the time, it passes over the horizon to the north or south.
If you were to watch the sunset every day for an entire year, you would see that the sun goes down from east to west and then comes up from west to east the next day. This pattern has nothing to do with where you are on Earth at any given moment; it is a global phenomenon that occurs every day without exception.
The sun will sometimes rise in the west and set in the east, but it isn't because something is wrong with the Earth's rotation or axis. Rather, it is because there is more land than water in some parts of the world. Since there are more rock surfaces than liquid surfaces, the sun's rays are reflected back into space rather than being absorbed by Earth's surface. For example, almost all of North America is covered by a single country—Canada. Because there is no place for sunlight to go, it appears as if the sun is rising in the west and setting in the east.
Because of our planet's rotation, the sun rises in the east and sets in the west. Our planet's tilted axis reduces the quantity of daylight humans experience throughout the year. The further a country is from the equator, the more sunlight there is at mid-latitudes during the summer months.
As you travel west, you are getting farther away from the equator and closer to the north and south poles. So for every degree that you travel west, the amount of earth that you are leaving behind increases by half. This increase in distance between you and the equator causes sunrise to come later each day.
Since winter in the west is longer than in the east, midday sun is also gone for much longer each day. When you add up all these differences, it explains why sunset is later in the west.
Another factor is that as you go toward the poles, there is less atmospheric moisture in general, which would block out sunlight. Also, clouds tend to form over water, which blocks out sunlight too. All together, this means that in the west, there is less direct sunlight reaching the ground than in the east.
And lastly, the angle at which Earth orbits the Sun is slightly oblique, meaning that we are not exactly perpendicular to its rays.
East The sun "rises in the east and sets in the west," as most people are aware. Otherwise, it passes over the horizon to the north or south.
The rest of the time, it enters the horizon from some direction other than east. Thus, the sun "sets elsewhere." It "sets elsewhere" every day between these two events when there's no longer a full moon. During these days, parts of the sky will be lighted while others are still dark. These are called "sunset clouds."
The sun "sets behind the mountains" during most of the year. Only around 60 miles of land lie between where we live and the nearest mountain range. However, because of cloud cover, the sun can sometimes be seen setting beyond those mountains.
It's important to understand that when you see the sun "rise in the east and set in the west," you're actually seeing two different sights. The sun doesn't really rise each day at a point east of where it set the previous night. Instead, it passes over the horizon from somewhere else each day.