Hydrogen sulfide is composed of two elements: hydrogen and sulfur. in an experiment, 6.500 g of hydrogen sulfide is fully decomposed into its elements. (a) if 0.384 g of hydrogen is obtained in this experiment, how many grams of sulfur must be obtained? (b) what fundamental law does this experiment demonstrate? (c) how is this law explained by dalton's atomic

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Blaine

Chemistry

3 December, 19:33

Hydrogen sulfide is composed of two elements: hydrogen and sulfur. in an experiment, 6.500 g of hydrogen sulfide is fully decomposed into its elements. (a) if 0.384 g of hydrogen is obtained in this experiment, how many grams of sulfur must be obtained? (b) what fundamental law does this experiment demonstrate? (c) how is this law explained by dalton's atomic

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Hansen · Answer 1

Hydrogen sulfide = hidrogen + sulfur

6.500 g

a) 0.384 g + x

=> 6.500 = 0.384 + x = > x = 6.500 - 0.384 = 6.116 g

Answer: 6.116 g of sulfur must be obtained

b) this experiment demonstrate the conservation of mass.

c) Dalton's atomic model states that the atoms cannot be created, split or be destroyed, and so in a chemical reaction the atoms rearrange but the number of each type of atoms remain constant, so the mass of each type of atoms and the total mass remain constant.