The first star is closer to the earth than the second. The exact distances will depend on how large the angles are and also how far the star is away from the perpendicular to the earth's ecliptic. In any case, the distances will depend on trigonometric ratios and the distance to the first star will not be one tenth the distance unless the angles are very small.
The star which has a parallax that is 10 times larger, will be 10 times closer to us.
Jupiter is about 11.1 times larger than the Earth.
11 times
No. Rigel is more than 70 times larger.
Jupiter is about 28.4 times larger than Mercury. You could fit about 23,000 Mercury's inside Jupiter.
Four Times Larger
No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.No. It is over 3 times larger than it.
parallax[parallax+second], in astronomy, basic unit of length for measuring interstellar and intergalactic distances, equal to 206,265 times the distance from the earth to the sun, 3.26 light-years, or 3.08×1013 km (about 19 million million mi). The distance in parsecs of an object from the earth is the reciprocal of the http://www.answers.com/topic/parallax of the object. The nearest star, Proxima Centauri, has a parallax of 0.763″ of arc and a distance of about 1.31 parsecs.definition from Answers.com
221 thousands = 221,000 127 thousandths = 0.127 So the first is around 1.7 million times larger!
Asia is about 4.5 times the size of the US.
About 4 times larger
It is 100 times larger
10 times larger.
7 times larger
It is 10 times larger.
No, it is 100 times larger.
100 times larger.
Just divide the first number by the second one.