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How many copper atoms would you have to line up side by side to form a line a meter long?
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.
How many feet would one square acre have on each side?
Each side would be 208.7 feet long.
How many miles would one million pennies laid side by side?
19 km or 11.8 miles
How do you find the perimeter of a space?
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
How many feet on a side on 40 acres?
If the area was a square, each side would measure 1,320 feet (1/4 mile).
How many atoms would fit side by side in one millimetre but not molecules and not cubic millimetre?
Assuming the atoms are touching each other, approximately 30 atoms of a typical atom size (about 0.1 nanometers) would fit side by side in one millimeter. However, molecules, which are typically larger in size due to the presence of multiple atoms bonded together, would not fit side by side in the same space. Additionally, if considering a cubic millimeter, the number of atoms that could fit in that space would depend on the size of the atoms themselves.
How many copper atoms would have to line up side by side to form a line 1m long?
3
How many copper atoms would you have to line up side by side to form a line a meter long?
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.
How many copper atoms would you have to line up side by side to form a line 1 meter long?
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.
How many Rh atoms would have to be placed side by side to span a distance of 5.5 NM?
One Rhodium (Rh) atom has a diameter of about 0.271 nanometers. To span a distance of 5.5 nanometers, you would need approximately 20 Rh atoms placed side by side (5.5 nm / 0.271 nm = ~20 atoms).
In a chemical reaction there are 6 carbon atoms on the product side how many carbon atoms are there on the reactants side?
6
How would you know if an equation is balanced?
all of the atoms on one side equal the atoms on the other
How many niobium atoms would have to be laid side by side to span a distance of 4.76 mm?
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.
How many oxygen atoms are on the reactant side of 2SO2 O2?
There are 4 oxygen atoms on the reactant side of the equation 2SO2 + O2.
How many copper atoms would you have to line up to line up side by side to form a line 1 m long?
The diameter of a copper atom is approx 250 picometres = 2.5*10-10 metres. You would therefore require 4 billion atoms.
How many atoms of s and o were present in the reaction 2so2 plus o2--2so3?
In the reaction 2SO2 + O2 → 2SO3, there are 4 atoms of sulfur (S) present on the left side and 4 atoms of sulfur on the right side. There are 6 atoms of oxygen (O) on the left side and 6 atoms of oxygen on the right side.
How many atoms does oxygen have on the left hand side of an equation?
In a chemical equation, the number of atoms on each side must be balanced according to the Law of Conservation of Mass. For oxygen, the number of atoms can vary depending on the specific compound involved in the reaction. To determine the number of oxygen atoms on the left-hand side of an equation, you would need to look at the stoichiometry of the reaction being described.
