STATEMENT-1 : The equivalent mass of Mohr's salt is `(M)/(4)` [If M is molecular mass of Mohr's salt]
and
STATEMENT-2: The normality of Mohr's salt is higher than molarity for same amount and volume at constant temperature.

STATEMENT-1: The equivalent mass of of KMnO_(4) in acidic medium is (M)/(5) where M=molecular mass of KMnO_(4) STATEMENT-2: Equivalent mass is equal to product of molecular mass and change in oxidation number.

STATEMENT-1: The equivalent mass of of KMnO_(4) in acidic medium is (M)/(5) where M=molecular mass of KMnO_(4) STATEMENT-2: Equivalent mass is equal to product of molecular mass and change in oxidation number.

STATEMENT - 1 : Equivalent weight of Mohr salt is (M)/(4) , where M is molecular weight. STATEMENT - 2 : Mohr salt contains only one metallic cation i.e., Fe^(2+) STATEMENT - 3 : Equivalent weight of a salt = ("Molecular weight")/("Total positive charge")

STATEMENT - 1 : Equivalent weight of Mohr salt is (M)/(4) , where M is molecular weight. STATEMENT - 2 : Mohr salt contains only one metallic cation i.e., Fe^(2+) STATEMENT - 3 : Equivalent weight of a salt = ("Molecular weight")/("Total positive charge")

The equivalent weight of Mohr's salt FeSO_(4).(NH_(4))_(2)SO_(4).6H_(2)O is equal to

Equivalent weight of Mohr salt in the titration with KMnO_(4) is (M-Molecular weight)

Equivalent weight of Mohr salt in the titration with KMnO_(4) is (M-Molecular weight)