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The image would appear distorted and not realistic
Unlikely as they usually appear near bones.
Circles appear in isometric drawings as an elipse.
Earthquakes did appear during the Jurassic period along with volcano eruptions.
They appear to seem smaller the further away they are,and bigger the closer they get.
For sure. Depending on where Jupiter is, it can appear to be the brightest star - although we all know it is a planet.
The nearest stars - assuming all stars up to a certain distance are actually known - are representative of the general star population. The brightest stars are not. They are... brighter than the average stars.
Venus can appear the brightest but it is not always so, Jupiter's brightness varies much less and is rather bright (brighter than when Venus is not at its peak)
i dont know answer it for me
because it is the closest to the earth
Because it is the closest to us
Because you are closer to it as it is a moon of Jupiter.
It is the closet star to us.
I live near the equator, and see Sirius towards the east (January 2014, after sunset). If you live in the northern hemisphere, you will see it more towards the south-east; if you live far south from the equator, you will see it more towards the north-east. Note that Sirius is currently the second-brightest "star" to the east after sunset; Jupiter may also be visible (depending on your location); it will appear as the brightest "star". Jupiter is technically a planet, but it looks like a bright star.
sun is the closest star to earth .
Each planet will appear brighter at different times, depending on their distance from the Earth and their position in relation to the Sun. The following is based on their brightest point.VenusMarsJupiterMercurySaturnUranusNeptune
jupiter