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# 2g sample of a sugar determined that it contain 0.8g carbon 0.13g hydrogen with the remainder being oxygendetermine the empirical formula of sugar?

Updated: 5/21/2024

Wiki User

β 9y ago

There are then 1.07 grams of oxygen in the sample (1.07 + .13 + .8 = 2.0). Carbon has a molar mass of 6, oxygen is 8 and hydrogen is 1. This gives the molar ration of C:H:O at about 0.8/6:0.13/1:1.07/8, reduced to .13:.13:.13. Thus the empirical formula is CHO.

Wiki User

β 9y ago

β 4d ago

To find the empirical formula, we first need to calculate the moles of each element present. We find that there are 0.067 moles of carbon, 0.122 moles of hydrogen, and 0.014 moles of oxygen. Dividing these values by the smallest number of moles (0.014), we get a ratio of CβHβOβ, which simplifies to CHβOβ. Therefore, the empirical formula of the sugar is CHβOβ.

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Q: 2g sample of a sugar determined that it contain 0.8g carbon 0.13g hydrogen with the remainder being oxygendetermine the empirical formula of sugar?
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