(a)At the junction of salt solution and \(FeSO_4\) solution with conc. \(H_2SO_4\) a brown ring is obtained\(\mathop {(FeS{O_4}.NO)}\limits_{{\rm{Brown ring}}} \)
PRACTICAL CHEMISTRY
37313
Which of the following anions would decolourise acidified \(KMn{O_4}\) solution
NEET Test Series from KOTA - 10 Papers In MS WORD
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PRACTICAL CHEMISTRY
37312
A brown ring appears in the test for
1 Nitrate
2 Nitrite
3 Bromide
4 Iron
Explanation:
(a)At the junction of salt solution and \(FeSO_4\) solution with conc. \(H_2SO_4\) a brown ring is obtained\(\mathop {(FeS{O_4}.NO)}\limits_{{\rm{Brown ring}}} \)
PRACTICAL CHEMISTRY
37313
Which of the following anions would decolourise acidified \(KMn{O_4}\) solution
(a)At the junction of salt solution and \(FeSO_4\) solution with conc. \(H_2SO_4\) a brown ring is obtained\(\mathop {(FeS{O_4}.NO)}\limits_{{\rm{Brown ring}}} \)
PRACTICAL CHEMISTRY
37313
Which of the following anions would decolourise acidified \(KMn{O_4}\) solution
(a)At the junction of salt solution and \(FeSO_4\) solution with conc. \(H_2SO_4\) a brown ring is obtained\(\mathop {(FeS{O_4}.NO)}\limits_{{\rm{Brown ring}}} \)
PRACTICAL CHEMISTRY
37313
Which of the following anions would decolourise acidified \(KMn{O_4}\) solution