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2.8 moles of gold would be 550g of gold. Multiplying the amount of moles by the molar mass (197.0 grams/moles) will give you the grams by cancelling out the moles units.
Using avagadro's number of 6.022 x 10 to the 23rd atoms/mole. The answer is 1.99 moles of gold
2.61 X 10^24 atoms of gold (1 mole Au/6.022 X 10^23) = 4.33 moles of gold
4.2 X 10^24 atoms of gold / 6.022 X 10^23 atoms per mol) = 7.0 moles of gold
If 3,6 x 10-5 is grams the number of atoms is 1,1.10e17.
12,4439 kg of gold contain 63,177 moles.
2.8 moles of gold would be 550g of gold. Multiplying the amount of moles by the molar mass (197.0 grams/moles) will give you the grams by cancelling out the moles units.
6.1010 g of gold is equivalent to 3,046.108 moles.
1 g of gold is equal to 0,006 moles.
2.6 moles nabr3
Using avagadro's number of 6.022 x 10 to the 23rd atoms/mole. The answer is 1.99 moles of gold
2.61 X 10^24 atoms of gold (1 mole Au/6.022 X 10^23) = 4.33 moles of gold
4.2 X 10^24 atoms of gold / 6.022 X 10^23 atoms per mol) = 7.0 moles of gold
19,55 moles of gold is equal to 3 850,7 g.
Let's see. 3 moles gold (197.0 grams/1 mole Au) = 591 grams of gold ----------------------------- 10 mole iron (55.85 grams/1 mole Fe) = 558.5 grams of iron ----------------------------- So, 3 moles of gold has more mass that 10 moles of iron. (heavier)
Gold 916 is the 91,6 % purity.1 g gold 916 has 0,916 g gold.0,916 g gold is equivalent to 0,00465 mol.
First look up the atomic mass of gold on the periodic table: Gold, with atomic symbol Au, has an atomic mass of 196.9 grams/mole. Then simply take 15.3 moles of gold and multiply by 196.9 grams/mole to get 3008 grams, which is equal to 3.01 kilograms (kg) gold.