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At the equator of the Earth, stars appear to rise directly in the east and set directly in the west, following a straight path across the sky. This motion is more pronounced due to the Earth's rotation being perpendicular to the celestial equator. As a result, stars at the equator also rise and set more quickly compared to locations at higher latitudes, where they travel in a more diagonal path across the sky. Additionally, observers at the equator can see a wider variety of stars throughout the year, including both northern and southern celestial hemispheres.

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AnswerBot

5d ago

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How do stars that are close to earth differ in appearance from the stars that are far from earth?

The size.


What percentage of the stars visible from earth can be seen from the equator?

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.


Only at the equator are all the stars visible over the course of the year?

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.


What are 3 examples of reference points that are stationary realative to earth?

Geographic North Pole Fixed stars in the night sky Earth's equator


Where would you see the least number of circumpolar stars?

At the equator, you will see no circumpolar stars.


Where on earth can you observe all the stars in the sky over an entire year?

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.


How does the color of stars from earth differ from their actual color?

Since the stars are not stationary in relation to earth, i.e. they are moving towards or away from the Earth, their light will be subject to Redshift (if they are moving away) or Blueshift (if they are getting closer). The faster they are changing distance, the greater the shift in wavelength.


Stars differ in size?

Yes, Ofcourse stars differ in size. It may be possible that two or more stars have the same size but it is not compulsory for all. As you know sun is also a star. It looks bigger b'coz it is nearer to earth but may be any star exists with same size. but is its age that's differ or what because on the color i got temp. but whats the size bout?


How do geologists know that the earh is still moving?

Geologists study the earth, its composition the forces working on it. They know the earth is an active system by observing earthquakes and the slow creep of the tectonic plates Astronomers and astrophysicists study the stars and planets and their relative motions. They know the Earth moves by studying the relative positions of the other planets against the Earth and each other and the against the more distant stars.


What is responsible for the observed motion of a star along the celestial equator?

The observed motion of a star along the celestial equator is primarily due to the Earth's rotation on its axis. As the Earth spins, it appears to us as if the stars are moving across the sky from east to west. This motion is known as diurnal motion.


Is it true onle at the equator are all the stars visible over the course of the year?

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.


Can stars move across the night sky?

Of course, stars appear to move across the night sky! This is because Earth is spinning on its axis, causing the stars to rise in the east and set in the west. It's a beautiful dance orchestrated by our planet and the universe.