2
The number would vary greatly, as reg giants vary in size, but a sunlike star may become a red giant of about 200 solar radii. A star that size would have about 10 trillion times the volume of Earth.
The sun's width is 864,948,699 miles. It is the same size as 109 Earths.
Venus is closest to the Earths size and mass - often referred to as Earths sister or twin planet. Venus' Mass is around 82% of Earths, while its diameter is a little smaller than Earths at around 95% of Earths diameter.
no
to correct that it was around 4.6 billion years ago. scientists believe that early in earths days, a body about the size of mars crashed into the young earth flying many debree in earths orbit. it was then believed to form the moon. to correct that it was around 4.6 billion years ago. scientists believe that early in earths days, a body about the size of mars crashed into the young earth flying many debree in earths orbit. it was then believed to form the moon.
In volume, 0.0059 Earths. See related link.
Jupiter or Saturn. i think its Jupiter though...like thousands and thousands of earths can fit into the sun....venus is close to the size of esarth also
ummm....make an experement..
the earths orbit because the earths orbit is the size of earth + the size of the moon
About one as they are practically the same size.
1000
depends on the size of the track
Jupiter's diameter = 11.21 x Earths (142,984km). That does not sound much, but we are just talking about one dimension here. If the volumes are compared, the size difference in the one dimension is cubed, giving Jupiters volume around 1400 times the volume of earth (actually nearer to 1320 time Earths volume due to Jupiter being a `squashed sphere`).
The size of Earth equals to 12,756 kilometers while Mercury's size is 4879 kilometers. Around 2.6 Mercuries would fit into Earth.
a teaspoon of average size would be around 3G.
actually, there is no definite answer. As time goes on as a star's life, the star will gradually increase in size until it expands to maximum size. Then, the star will start to shrink smaller and smaller, so there is always a different number of earths in a star.
Mars is a little over half the size of Earth.