1,000,000,000 is how many times it could fit into the sun.
1,000,000,000 is how many times it could fit into the sun.
yes
Different sized metal spheres are used to determine the coefficient of viscosity of oil because the size of the sphere affects the rate at which it falls through the oil. By using spheres of different sizes, we can better understand how viscosity affects the motion of objects through the fluid. This information helps in accurately determining the coefficient of viscosity of the oil.
A ball the size of the Sun would have 1.3 million times the volume of the Earth, using an approximation of the Sun's diameter based on the outer photosphere and the equatorial bulge. Fitting Earth-size spheres into a Sun-sized sphere would leave a lot of empty space between Earths, but the actual comparison of volumes is the most salient fact. (see related question below)
Simple answer:Jupiter is approximately 10 times the diameter of the Earth, so about 1,000 Earths would fit inside Jupiter.More precise.Jupiter is around 11.1 times the diameter of n Earth, so about 1,367 Earths would fit inside Jupiter.Even more preciseThe answer to your question depends upon exactly what you mean by "fit inside."If you just mean "how many time larger, by volume" is Jupiter, the answer is straightforward.You simple take the ratio of the radii of Jupiter and the Earth and cube it (i.e., multiply it by itself three times). Radius of Jupiter = 69911 km Radius of Earth = 6371 km 66911 ----- = 10.97 6371 10.97^3 = ~1320 So, the volume of the Earth would fit inside the volume of Jupiter about 1320 times.However, if you wanted to "pack Earth-sized spheres inside" the volume of Jupiter, you need to account for the "empty space" between the spheres. It has been mathemtically shown that the densest possible packing of smaller spheres within a larger sphere only "wastes" about 25% of the space. So, this means that you could fit about 990 (1320x 0.75) Earth-size spheres within Jupiter.
There are 216 magnetic spheres that make up the Neocube, BuckyBall, Or Zen Magnets.
If the Earth kept the same mass that it has now, but that same mass got packed into a sphere with 1/2 the present radius, then a man who weighs 100 pounds on Earth now would weigh 400 pounds on the half-sized Earth. If the outer shell of the Earth's mass were removed and discarded, leaving only the mass that's presently inside 1/2 of the Earth's radius, then a man who weighs 100 pounds on Earth now would weigh 50 pounds on the half-sized Earth. (Assuming that the Earth's mass/density is homogeneously distributed.) (This is all my opinion & I could be wrong.)
Because any 'Great Circle' is the shortest distance across a sphere. Where the Earth is concerned , all the meridians and the Equator are Great Circles. The Plane of a 'Great Circles ' 'cut' the sphere into two equally sized hemispheres. NB Other than the Equator all the latitudes are NOT great Circles.
A white dwarf star is about the size of Earth.
You could say" This deer is medium-sized." or you could say " The deer is a medium-sized animal. "
The largest planet in the Solar System is Jupiter which is 1,321.3 times the volume of the Earth.
Earth is a normal sized planet and has a magnitude of 12,756.28km and 11,533 miles round .