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In one mole of a diatomic gas, there is one mole of molecules. Hence, each molecule has 2 atoms therefore there are 2 moles of atoms and so in half a mole of molecules, there is one mole of atoms.

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6.022x10^23, because:

A mole does not dictate how many atoms of the element there are, in regards to working out the relative atomic mass. It takes into account all the individual atoms in one MOLECULE of the substance.

Therefore, the number of individual atoms in one mole of the diatomic substance of Chlorine for example, would be 12.044 x 10^23, which is two times Avogadro's number. However, because the Mole takes into account Number of MOLECULES, there are 6.022 x 10^23, as that is the number of diatomic Cl₂ Molecules.

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In one mole of a diatomic gas there would be

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The mole does not dictate how many individual atoms there are. It dictates how many molecules of a given molecule are present in a specific mass.

Therefore, 6.02x10^23 atoms of an element are present in half a mole of molecules of a diatomic gas, as there are 12.04x10^23 atoms of the single element of diatomic gas.

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1 mole of a chemical is equal to the formula mass number in grams,half a mole of diatomic gas would be 1 because there are 2 atoms in a diatomic gas and half of that is 1.

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It will be the same as 1 moles is how many molecules there are. The same goes for something that is diatomic.

Therefor it is 6 * 10 to the power of 23

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1 mole because in a diatomic gas there are 2 atoms which means there are 2 moles. So in half of the molecule there is 1 atom so there is 1 mole in half of the diatomic gas

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Diatomic gasses have two of the element covalently bonded, however both

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A diatomic gas has two atoms in there due to avagadro's constant, meaning that there would be 1 mole, meaning that there would be 6.022 x 10^23 atoms.

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As a diatomic gas has two atoms in the molecule the total number of particles in a diatomic gas would be twice that of avogardos number. As we want half of it, we get avogardos number therefore we get 6.02*10^23.

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since 1 mole is equal to the number of particles in the Ar/Mr in g of a substance, a diatomic gas will have double the Ar of the element involved. Since it is directly related to the Mr, having half the moles will half the Mr of the substance resulting in just the Ar of the element which is 1 mole of particles.

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A diatomic gas has two moles of an atom. Half a diatomic gas has one mole.

Cl2 has two moles, so half of molecule of Cl2 only has one mole of atoms.

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Since a diatomic gas has

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As diatomic gases have two atoms in each molecule, the mole of a diatomic gas would be twice the mole of the atom by itself (because it contains two covalently bonded atoms). Therefore the mole of a diatomic gas is 2*6.02214078*10^23. However, since it's only half a mole, it would be 6.02214078*10^23.

Answer: 6.02214078*10^23

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Explain how many moles of atoms are in half a mole of molecules of a diatomic gas.