Iron (|) Sulfide
IUPAC: Lead(IV) oxide old fashioned: Plumbic oxide (plumbous oxide would be PbO.)
To calculate the amount of iron in Fe2S3, first find the molar mass of Fe2S3: Iron (Fe) has a molar mass of 55.85 g/mol and sulfur (S) has a molar mass of 32.06 g/mol. So, the molar mass of Fe2S3 is 2(55.85) + 3(32.06) = 222.92 g/mol. Next, divide the molar mass of iron by the molar mass of Fe2S3 and multiply by the given mass of Fe2S3 to find the grams of iron: (2 * 55.85 g/mol / 222.92 g/mol) * 34 g = 8.53 g of iron in 34 g of Fe2S3.
Oxalic Acid is the old name for ethanedioic acid. Its structure is HO(O=)C - C(=O)OH
Preferred IUPAC name: Carbon monoxide
Iupac name of COCl2
IUPAC: Lead(IV) oxide old fashioned: Plumbic oxide (plumbous oxide would be PbO.)
.2M x V FeCl3=moles FeCl3 x 1mole Fe2S3/2mole FeCl3=moles of Fe2S3 x mm of Fe2S3/1 mole Fe2S3= g Fe2S3 x .65% yield. 2.75g Fe2S3/ .65= 4.23g Fe2S3/ 207.91= .02035 x 2mole FeCl3=.0407 moles FeCl3/ .2M FeCl3= .2035 L x 1000= 203.5 ml
Formula: Fe2S3
To calculate the amount of iron in Fe2S3, first find the molar mass of Fe2S3: Iron (Fe) has a molar mass of 55.85 g/mol and sulfur (S) has a molar mass of 32.06 g/mol. So, the molar mass of Fe2S3 is 2(55.85) + 3(32.06) = 222.92 g/mol. Next, divide the molar mass of iron by the molar mass of Fe2S3 and multiply by the given mass of Fe2S3 to find the grams of iron: (2 * 55.85 g/mol / 222.92 g/mol) * 34 g = 8.53 g of iron in 34 g of Fe2S3.
Iron(III) sulfide (Fe2S3) breaks down into iron(III) oxide (Fe2O3) and sulfur dioxide (SO2).
If you think to chemical symbol of an element this is standardized after IUPAC rules.
Oxalic Acid is the old name for ethanedioic acid. Its structure is HO(O=)C - C(=O)OH
Preferred IUPAC name: Carbon monoxide
Fesub2 S
Iupac name of COCl2
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The IUPAC name for sodium iodide is sodium iodide.