No matter where you live, the Sun rises in the east and sets in the west. Depending on the date and on your latitude, the Sun may rise well north of east (in the summer) or well south of east (in the winter), but the general direction of sunrise is always east.
The Sun "rises" in the east.
Actually the Sun does not rise but the Earth revolves and the part of the Earth away from the Sun which had been in shadow, becomes illuminated. To an observer on the Moon the Earth revolves; to an observer on the Earth, the Sun appears to rise.
From any place on Earth, on every clear day, when the sun rises, it rises from somewhere on the eastern half of the horizon, and when it sets, it sets into somewhere on the western half of the horizon.
That goes also for places in the polar regions, more poleward than the Arctic and Antarctic Circles. These are the regions where at least once a year, there is no sunrise for at least 24 hours, and no sunset during a different 24 hours. In those regions as well, when the sun does rise, it rises from the eastern horizon, and
when it sets, it sets at the western horizon.
The sun rays have to travel through a larger atmospheric distance. Most of the blue light and shorter wave lengths are removed by scattering . Only red colour,which is least scatterd is received by our eyes and appear to come from sun .Hence the appearance of sun at sunset or sunrise looks almost flat .lovenish
This is true not only for Britain, but for everywhere in the world. The Sun rises in the east. Sometimes a little north of east, sometimes a little south of east, but generally east. In reality, the Sun doesn't move; it's the Earth spinning from west to east that makes it appear that way.
Mercury has a double sunrise because when the sun rises a bit, an orbital effect makes it sink down and rise again.
Both cross the horizon.
Stars appear different from the sun because the sun is closer to the earth and the other stars are further away from the earth so that's why the appear differently when you look at them in the sky!!!!!
the sun is visible to us about 2 minutes before the sunrise & about 2 minutes after actual sunset because of atmospheric refraction.By actual sunrise, we mean the actual crossing of the horizon by the sun. The time difference between actual sunset & the apparent sunset is about 2 minutes. The apparent flattening of the sun"s disc at sunrise & sunset is also due to the same phenomenon .
it is because it suffers unequal refraction
The sun appears red or orange at sunrise and sunset because of the dust particles in the air and the angle which the sun is striking Earth at the given time. This causes the reds and oranges (who are of longer wavelength) spread out and "appear" red.
At sunrise and sunset the sun is near the horizon. The rays of light from upper & lower part of the periphery of the sun bend unequally on travelling through earth's atmosphere. That is why sun appear oval or flattened at sunrise and sunset. At noon sun is overhead. The rays of light from the sun enter earth's atmosphere normally. Therefore they suffer no refraction or bending on passing through. Hence the sun appears circular at noon.
The Sun doesn't really rise and set; the Sun sits there in the center of our solar system, unmoving. It is the Earth spinning - and us with it - that makes the Sun appear to rise in the East and set in the west.
Sunrise refers to the time in the morning when the sun appears.
A tornado may appear pink if it is lit up by the setting or rising sun. Note that you are far more likely to see a tornado at sunset than at sunrise.
it depends the season, if it is winter then the sun would appear to be further to the south and if it is summer then it would appear maybe dirrectly over head or further to the north
they boath have something to do with the sun
after sunset and before sunrise
well... when the sun rises... thats when the sun comes up... when the sun sets.. the sun comes down... it can go either way honestly... but sunrise is before sunset in my opinion
Sunlight is effectively "white light", and the yellow color is produced by the scattering of light by the atmosphere. This is easily seen near sunrise and sunset, where the additional atmospheric distance and angle make the Sun appear red.