Because the sun stays the same as well as the moon. It basically stays the same so it doesn't matter how the sun or moon move...the climates always the same .....(p.s im just summorizing thats what my book say jk i didnt look
Those are called "circumpular" stars. Exactly which stars are circumpolar depends on your location. For example, if you live 30° south of the equator, all stars that are up to 30° from the south pole of the sky will never set.
Approximately 50% of the stars visible from Earth can be seen from the equator, as this is the point on Earth where the greatest number of stars can be observed in either hemisphere. The other 50% of stars would be visible from the opposite hemisphere.
For example, if you live at a latitude of 50° north, the circumpolar stars will be all stars that are up to 50° around the celestial north pole. As another example, if you live at a latitude 30° south of the equator, the circumpolar stars will be all those that are in a circle up to 30° around the celestial south pole.
I don't live in the equator at all. Personally, the farther from it I can stay, the better I like it.
At the equator, due to the earth's rotation, observers have a complete view of the sky including all stars over the course of a year. This is because the equator lies halfway between the poles, where the stars around the celestial poles are always visible. In contrast, at higher latitudes, some stars are not visible due to the earth's tilt and the respective hemispheres facing away from certain stars at different times.
Those are called "circumpular" stars. Exactly which stars are circumpolar depends on your location. For example, if you live 30° south of the equator, all stars that are up to 30° from the south pole of the sky will never set.
Approximately 50% of the stars visible from Earth can be seen from the equator, as this is the point on Earth where the greatest number of stars can be observed in either hemisphere. The other 50% of stars would be visible from the opposite hemisphere.
For example, if you live at a latitude of 50° north, the circumpolar stars will be all stars that are up to 50° around the celestial north pole. As another example, if you live at a latitude 30° south of the equator, the circumpolar stars will be all those that are in a circle up to 30° around the celestial south pole.
Theoretically, you would need to be at the equator. However, from the equator you would never see the north star Polaris, because the haze of the atmosphere prevents you from seeing things within a degree or so of the horizon.
If you're willing to depart now and then from a routine schedule of sleep and stargazing, you can probably see all of the constellations and visible stars in the sky within a period of a few months, from an observing location on the equator.
I don't live in the equator at all. Personally, the farther from it I can stay, the better I like it.
At the equator, due to the earth's rotation, observers have a complete view of the sky including all stars over the course of a year. This is because the equator lies halfway between the poles, where the stars around the celestial poles are always visible. In contrast, at higher latitudes, some stars are not visible due to the earth's tilt and the respective hemispheres facing away from certain stars at different times.
No, but the people who live in them can, if they want to.
Personally, I could not. But there are hundreds of thousands of people all around the world, in the countries crossed by the equator, who do.
California where all the stars live!
If you were on the Equator you would see all of them. Otherwise it depends where you live. I live in New Zealand at latitude 35° S. So I can't see any northern stars closer than 35° to the North Celestial Pole. If you live in the north at say 35°N, then you wouldn't see those stars which are closer than 35° to the South Celestial Pole.
Countries near the equator like Ecuador, Colombia, or Indonesia typically experience warmer temperatures year-round due to their proximity to the equator. However, be prepared for high humidity and possible rainy seasons in these locations.