Chapter 2: Q112P (page 85)
Give the name, empirical formula and molecular mass of the molecule depicted in the figure.
Short Answer
Molecular Name - Disulfur dichloride
Empirical formula - SCI
Molecular Mass - 135.04 amu
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Chapter 2: Q112P (page 85)
Give the name, empirical formula and molecular mass of the molecule depicted in the figure.
Molecular Name - Disulfur dichloride
Empirical formula - SCI
Molecular Mass - 135.04 amu
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A compound of iodine and cesium contains 63.94 g of metal and 61.06 g of nonmetal. How many grams of cesium are in38.77 g of compound? How many grams of iodine?
State the mass law(s) demonstrated by the following experimental results, and explain your reasoning:
Experiment 1: A student heats 1.27 g of copper and 3.50 g of iodine to produce 3.81 g of a white compound; 0.96 g of iodine remains.
Experiment 2: A second student heats 2.55 g of copper and 3.50 g of iodine to form 5.25 g of a white compound, and 0.80 g of copper remains.
Explain the following statement: The smallest particles unique to an element may be atoms or molecules.
Show, with calculations, how the following data illustrate the law of multiple proportions:Compound 1: 77.6 mass % xenon and 22.4 mass % fluorineCompound 2: 63.3 mass % xenon and 36.7 mass % fluorine
Identify the mass law that each of the following observations demonstrates, and explain your reasoning:
(a) A sample of potassium chloride from Chile contains the same percent by mass of potassium as one from Poland.
(b) A flashbulb contains magnesium and oxygen before use and magnesium oxide afterward, but its mass does not change.
(c) Arsenic and oxygen form one compound that is 65.2 mass % arsenic and another that is 75.8 mass % arsenic.
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