How can we prepare original solution from acidic radicals??
Answers
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:B: It forms insoluble sulphates with certain basic radicals.
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:B: It forms insoluble sulphates with certain basic radicals. D: It is oxidizing in nature.
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:B: It forms insoluble sulphates with certain basic radicals. D: It is oxidizing in nature. Dilute sulfuric acid reacts with metals via a single displacement reaction as with other typical acids producing H
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:B: It forms insoluble sulphates with certain basic radicals. D: It is oxidizing in nature. Dilute sulfuric acid reacts with metals via a single displacement reaction as with other typical acids producing H 2
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:B: It forms insoluble sulphates with certain basic radicals. D: It is oxidizing in nature. Dilute sulfuric acid reacts with metals via a single displacement reaction as with other typical acids producing H 2
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:B: It forms insoluble sulphates with certain basic radicals. D: It is oxidizing in nature. Dilute sulfuric acid reacts with metals via a single displacement reaction as with other typical acids producing H 2 gas and salts (the metal sulfate). It attacks reactive metals (metals at positions above Cu in the reactivity series) such as Fe,Al,Zn,Mg and Ni.
Sulphuric acid is not used for the preparation of the original solution in analysis of the basic radicals because:B: It forms insoluble sulphates with certain basic radicals. D: It is oxidizing in nature. Dilute sulfuric acid reacts with metals via a single displacement reaction as with other typical acids producing H 2 gas and salts (the metal sulfate). It attacks reactive metals (metals at positions above Cu in the reactivity series) such as Fe,Al,Zn,Mg and Ni.Fe(s)+H 2SO4(aq)->H(g)+Fe SO4(aq)
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Explanation:
the detection of basic radicals depends on the behaviour of ions in solution for this purpose the preparation of original solution is necessary as it furnishes free ions in solution.