The rounding factor shown in column (5) is used to determine if the figure in column (4) should be reduced by 0.1, namely if the rounding factor is less than 5.The figure in column (5) is the difference between the figures in columns (3) and (4) multiplied by 100.The figure in column (4) is derived by truncating the figure in column (3) to the nearest 0.01 troy ounce.The figure in column (3) is derived from column (2) by rounding it to the nearest 0.01 troy ounce using the normal rule of rounding up if the third decimal before any rounding is 5 or greater. When the original weight is measured in kilograms, the figure in column (2) is calculated by dividing the kilogram weight by the conversion factor 1 troy ounce = 0.0311034768 kilograms.If the weight is measured in troy ounces, it is not necessary to show the kilogram equivalent.It also shows how an electronic balance deadweight in troy ounces (in column 3) would be converted to a London GTO weight. Element-to-stoichiometric oxide conversion factors. The table above shows how to convert an exact weight of a silver Bar in kilograms to gross troy ounces. Advanced Analytical Centre Resources Element-to-stoichiometric oxide conversion factors. The factor in column (11) is derived from the 4th, 5th and 6th decimal digits of the figure in column (9).
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