Phosphorus forms two distinct chlorides, X and Y. Analysis shows that of phosphorus combines with of chlorine to form compound X, whereas of phosphorus combines with of chlorine to form compound Y. Which law of chemical combination is illustrated by these experimental data, and what is the simple mass ratio of chlorine reacting with the fixed mass of phosphorus?
- Law of Multiple Proportions with a ratio of 3 : 5Cevap
- BLaw of Definite Proportions with a ratio of 3 : 5
- CLaw of Multiple Proportions with a ratio of 2 : 3
- DLaw of Conservation of Mass with a ratio of 1 : 2
Cevap
Law of Multiple Proportions with a ratio of 3 : 5
The option specifying the Law of Multiple Proportions with a ratio of 3 : 5 is correct because the mass of phosphorus is held constant at , while the masses of chlorine in compounds X and Y are and respectively. Simplifying the ratio yields (). Because two elements form different compounds whose mass ratios reduce to simple integers, the observation demonstrates John Dalton's Law of Multiple Proportions.
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Law of Multiple Proportions