C18H17C6H5OCH2.CH2025H sums up to C26H2050O
When calculated with figures from the Periodic Table of Elements:
Weight of Carbon: 12 X 26 = 312
Weight of Hydrogen: 1 X 2050 = 2050
Weight of Oxygen: 16 X 1 = 16
Mr: 312 + 2050 + 16 = 2378
When calculated with precise numbers:
Weight of Carbon: 12.0107 X 26 = 312.278
Weight of Hydrogen: 1.00794 X 2050 = 2066.277
Weight of Oxygen: 15.9994 X 1 = 15.999
Mr: 312.278 + 2066.277 + 15.999 = 2394.5546
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ppm is parts per million and thus a concentration. It can not be calculated from molecular weight.
Calculate the empirical formula weight. Find the ratio of the molecular weight to the empirical formula weight. (n= molecular weight/ empirical formular weight). Multiply each subscript of the empirical formula by n.
Yes, you definitely need to know the molecular weight of a compound to calculate molarity.
The atomic weight of potassium is 39,0983 g.The atomic weight of chlorine is 25,45 g.The molecular weight of potassium chloride (K + Cl) is 74,5483 g.
the given molecular weight is divided by volume
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ppm is parts per million and thus a concentration. It can not be calculated from molecular weight.
Molecular weight is just an older term for molar mass. They are the same.
Calculate the empirical formula weight. Find the ratio of the molecular weight to the empirical formula weight. (n= molecular weight/ empirical formular weight). Multiply each subscript of the empirical formula by n.
Yes, you definitely need to know the molecular weight of a compound to calculate molarity.
So here, you have to divide by the molecular weight. The molecular weight is 146g/mol. 16.3/146 is 0.11164 moles
The atomic weight of potassium is 39,0983 g.The atomic weight of chlorine is 25,45 g.The molecular weight of potassium chloride (K + Cl) is 74,5483 g.
Ti = 1 x 47.867 = 47.867 O = 2 x 15.999 = 31.998 -------------------------------- Molecular weight = 79.865g/mol
molecular mass N2o is 44
moles can be used to calculate gmv(gram molecular weight)
You haven't stated the compound so we cannot calculate the molecular weight. However, first off here, you have to multiply by 1000 to convert grams to milligrams. Next you divide by the molecular weight. The volume does not need adjusting.