Let me share with you something.To many atoms touching at once would explode like a nucular warhead.so to answer your question around 1 billion atoms.but remember they would explode.
1,000,000,000 atoms lined up side by side will equal 1 meter * * * * * I disagree. The diameter of a copper atom is approx 250 picometres = 2.5*10-10 metres. You would therefore require 4 billion atoms.
Each side would be 208.7 feet long.
19 km or 11.8 miles
Find the length of each side, then add them all together. For example, if you have a square, and each side is 4 inches, you would add them all up. 4+4+4+4 = 12
If the area was a square, each side would measure 1,320 feet (1/4 mile).
2.0×104
3
1,000,000,000 atoms lined up side by side will equal 1 meter * * * * * I disagree. The diameter of a copper atom is approx 250 picometres = 2.5*10-10 metres. You would therefore require 4 billion atoms.
1,000,000,000 atoms lined up side by side will equal 1 meter * * * * * I disagree. The diameter of a copper atom is approx 250 picometres = 2.5*10-10 metres. You would therefore require 4 billion atoms.
6
all of the atoms on one side equal the atoms on the other
Depending on the material used (atoms laid down side to side or raw metal in a grid) will also depend the specing between the atoms. http://en.wikipedia.org/wiki/Atomic_radius When laid out in a grid of 145pm, in the 4.76mm line there would be 4.76E-3 / 145E-12 = 32827586 atoms. Since the outer layer of metal atoms is formed by valence band electrons, you coudl easily stretch or compress the required amount of Nb atoms.
The diameter of a copper atom is approx 250 picometres = 2.5*10-10 metres. You would therefore require 4 billion atoms.
Assuming an average person occupies about 2 feet of space, it would take around 14.8 million people standing side by side to cover the approximate width of the United States (about 3,000 miles).
2(2+3)=10 atoms 4 chromium atoms and 6 oxygen atoms
twelve I think
Which of the billions of possible equations that contain aluminum are you asking about?