Ans :B
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Dear student,
The equivalent weight of the substance = Molecular mass/ change in oxidation number per mole
(P)
NH4NO3-------> 2H2O + N2O
Here, the change in oxidation number per mole is 4.
The equivalent weight of the substance = M/ 4.
(Q)
(NH4)2Cr2O7-------> Cr2O3 + N2
Here, the change in oxidation number per mole is 6.
The equivalent weight of the substance = M/ 6.
(r)
NH4NO2-------> 2H2O + N2O
Here, the change in oxidation number per mole is 3.
The equivalent weight of the substance = M/ 3.
(s)
Ba(N3)2-------> Ba + 3N2
Here, the change in oxidation number per mole is 2.
The equivalent weight of the substance = M/ 2.
regards
The equivalent weight of the substance = Molecular mass/ change in oxidation number per mole
(P)
NH4NO3-------> 2H2O + N2O
Here, the change in oxidation number per mole is 4.
The equivalent weight of the substance = M/ 4.
(Q)
(NH4)2Cr2O7-------> Cr2O3 + N2
Here, the change in oxidation number per mole is 6.
The equivalent weight of the substance = M/ 6.
(r)
NH4NO2-------> 2H2O + N2O
Here, the change in oxidation number per mole is 3.
The equivalent weight of the substance = M/ 3.
(s)
Ba(N3)2-------> Ba + 3N2
Here, the change in oxidation number per mole is 2.
The equivalent weight of the substance = M/ 2.
regards