If the Earth's radius is approximately 6780km.
Volume of sphere is V=4/3*π*r^3
Therefore,
V(earth)=4/3*π*(6780000)^3
V(earth)=1.31*10^21 cubic metres
Assuming the average radius of an apple is 5cm
Therefore,
V(apple)=4/3*π*(0.05)^3
V(apple)=5.24*10^-4 cubic metres
Hence, the amount of apple that could fit in the volume of Earth is
=V(earth)/V(apple)
=(1.31*10^21)/(5.24*10^-4)
=2.5*10^24
=2.5 Septillion apples
=2,500,000,000,000,000,000,000,000 apples :)
The volume of our solar system's largest planet, Jupiter, is 1320 times the volume of Earth.
Five is originally a number. But "5" could be 5 apples, 5 cars, 5 songs, etc. There are many different things that 5 could be of.
write in your notebook as many things as you can think that could cause strrong vibration of the earth's surface." in Yahoo! Answers
The Sun has about 333,000 times the mass of the Earth, while it has over 1,300,000 times the volume. The average density of the Sun's matter is about a quarter of Earth's density (25.5 %). Earth = 6 x 10^24 kilograms, volume 1.1 trillion cubic kilometers (1.08 x 10^12) Sun = 2 x 10^30 kilograms, volume 1.4 quintillion cubic kilometers (1.41 x 10^18)
Nobody owns the Earth. One could say mankind owns the Earth, but this is not true. We share the Earth with many other creatures without which we could not survive. So no one owns the Earth, we are merely living on it's shell for a finite time. What we do with it in that time is up to us.
If it weighs one kilogram on the moon, it will have about six times as many apples as a bag of 1 kilo apples on earth.
To estimate how many pineapples can fit on Earth, we first need to consider the volume of both a pineapple and the Earth. A typical pineapple has a volume of about 2 liters, while the Earth's volume is approximately 1 trillion cubic kilometers, or 1 trillion billion liters. Dividing the Earth's volume by the volume of a pineapple, we can estimate that around 500 trillion pineapples could theoretically fit within the Earth's volume, although this is a purely theoretical calculation that doesn't account for factors like space and practicality.
According to NASA, Saturn has a volume 763.5 times the volume of the Earth. So, by volume, some 763 and a half Earths could fit into Saturn. (Saturn is the least dense major planet, and has a mass only 95.2 times that of the Earth.)
5 apples will be in ten baskets..because that's all that it tells you "5 apples are in one basket"
The largest planet in the Solar System is Jupiter which is 1,321.3 times the volume of the Earth.
The moons volume (our moon) is 2% of the earth volume, so if you could break it up into small chunks, you could fit it into earths volume 50 times. If you say that you cant break up the moon, and just fit whole moons into the earth with spaces, then you're looking at a lot less.
50 -.-" or it could be still 45 if this is a trick question...
The volume of the Earth is 50 times greater than the volume of the Moon.
To estimate how many moons could fit inside the Earth, we can compare their volumes. The volume of Earth is about 1 trillion cubic kilometers, while the volume of the Moon is about 21.9 billion cubic kilometers. Dividing the Earth's volume by that of the Moon suggests that approximately 46 Earth-sized moons could theoretically fit inside Earth, assuming no empty space and perfect packing. However, this is a purely theoretical exercise, as it doesn't consider the physical realities of such a scenario.
The volume of our solar system's largest planet, Jupiter, is 1320 times the volume of Earth.
1,000,000,000 is how many times it could fit into the sun.
There are not any apples in the barrel of grapes! It's a barrel of grapes! How could there be apples in there?!!