Neptune!
For apparent magnitudes, a magnitude of zero has the same magnitude as Vega. A first magnitude star is 40 percent as bright and a fifth magnitude star is one percent. So, a first magnitude star is 40 times as bright as a fifth.
That's the planet Venus
We cannot say for certain, but it if was very bright and visible shortly before sunrise then it was probably not a star but the planet Venus.
6
It depends on the time of year and where the planets are in their orbits. In many cases the "star" is not a star at all but a planet. Venus is the most likely candidate.
The bright "morning star" can be seen all over the world and it is more famously known as Venus, our sister planet.
Venus is a planet. It is nearer to the sun than we are, and when we can see it, it looks like a very bright star.
For apparent magnitudes, a magnitude of zero has the same magnitude as Vega. A first magnitude star is 40 percent as bright and a fifth magnitude star is one percent. So, a first magnitude star is 40 times as bright as a fifth.
Venus is the brightest star. It is also the hottest planet it reflects a lot of light from the sun and we can see it as a bright dot in the sky.
That's the planet Venus
as far as i know, it is the hottest planet in the solar system
We cannot say for certain, but it if was very bright and visible shortly before sunrise then it was probably not a star but the planet Venus.
6
It depends on the time of year and where the planets are in their orbits. In many cases the "star" is not a star at all but a planet. Venus is the most likely candidate.
Jupiter is the only bright planet near Aldebaran just now (Feb. 2013).
venus
We can usually distinguish them. If it's twinkling then its a star. If it's not twinkling then it's a planet, unless it's a star that's very high in the sky.