GAY LUSSAC'S LAW

GAY-LUSSACS'S LAW

Law Of Reciprocal Proportion (By Richter In 1792)|Exercise Question|Gay Lussac's Law|Avogadro's Hypothesis|Exercise Questions|Specific Gravity|Vapour Density|Average Molar Mass Of Gaseous Mixture|Summary

Law Of Reciprocal Proportion (By Richter In 1792)|Exercise Question|Gay Lussac's Law|Avogadro's Hypothesis|Exercise Questions|Specific Gravity|Vapour Density|Average Molar Mass Of Gaseous Mixture|Summary

Exercise Questions |Law Of Difinite Composition/Definite Proportion/Constant Composition (By Joseph Proust)|Note |Questions|Law Of Multiple Proportion (Given By Dalton)|Questions|Law Of Reciprocal Proportion (By Richterin 1792)|Questions|Gay Lussac's Law |Avogadro's Hypothesis|Summary

2 litres of nitrogen completely react with 6 litres of hydrogen under suitable conditions to form 4 litres of NH_3 . If all the volumes are measured at the same temperature and pressure, show that the data given are in accordance to the Gay Lussac's law of combining volumes.

State and explain Guy Lussac's law of combining volumes.

Name two items that can serve as model for Gay Lusaac' law and explain.

State Gay Lussac's lw related to pressure annd temperature of a gas. 3.2g of sulphur when vaporised, the sulphur vapour occupies a volume of 280.2 mL at STP. Determine the molecular formula of sulphur vapour under this condition. (S=32).

Explain the following : (a) Gay Lussac law (b) Law of definite composition (c) Empirical and molecular formula (d) Relation between mole and volume of gases (e) Limiting reagent.