Why does DALTON'S law not explain GAY LUSSAC'S law?
Answers
Answered by
4
hey dear sweet friend here is your answer
Dalton said that atoms of a given element are identical in size, mass, and other properties.
Gay Lussac’s theory suggested that equal moles of gases have or occupy same volume provided temperature and pressure remain constant.
According to Dalton, the theory would have changed because he explained that all the atoms of different elements have same mass.
So, if you take one kilograms of dihydrogen and same amount of chlorine then they would occupy same volume. But this is wrong..
Thus Dalton’s atomic theory didn’t fit into the scoop of Gay Lussac’s law.
Dalton said that atoms of a given element are identical in size, mass, and other properties.
Gay Lussac’s theory suggested that equal moles of gases have or occupy same volume provided temperature and pressure remain constant.
According to Dalton, the theory would have changed because he explained that all the atoms of different elements have same mass.
So, if you take one kilograms of dihydrogen and same amount of chlorine then they would occupy same volume. But this is wrong..
Thus Dalton’s atomic theory didn’t fit into the scoop of Gay Lussac’s law.
Answered by
13
here is your answer:-
According to Dalton, the theory would have changed because he explained that all the atoms of different elements have same mass.
So, if you take one kilograms of bromine and same amount of chlorine then they would occupy same volume. But this is wrong..
Thus Dalton’s atomic theory didn’t fit into the scoop of Gay Lussac’s law.
hope it helped ^_^
According to Dalton, the theory would have changed because he explained that all the atoms of different elements have same mass.
So, if you take one kilograms of bromine and same amount of chlorine then they would occupy same volume. But this is wrong..
Thus Dalton’s atomic theory didn’t fit into the scoop of Gay Lussac’s law.
hope it helped ^_^
Similar questions
Math,
7 months ago
History,
7 months ago
Math,
7 months ago
Math,
1 year ago
Social Sciences,
1 year ago