When `N_(2)` is converted into `NH_(3)`, the equivalent weight of nitrogen will be:

When HNO_(3) is converted into NH_(3) , the equivalent weight of HNO_(3) will be:

When HNO_(3) is converted into NH_(3) , the equivalent weight of HNO_(3) will be:

When Cu_(2)S is converted into Cu^(2+) & SO_(2) then equivalent weight of Cu_(2)S will be (M=mol. Wt. of Cu_(2)S )

When Cu_(2)S is converted into Cu^(2+) & SO_(2) then equivalent weight of Cu_(2)S will be (M=mol. Wt. of Cu_(2)S )

Equivalent weight of NH_(4)OH is

In the conversion NH_(2)OH rarr N_(2)O , the equivalent weight of NH_(2)OH will be:

In the conversion NH_(2)OH rarr N_(2)O , the equivalent weight of NH_(2)OH will be:

Equivalent weight of N_(2)H_(4) is

Molecular weights of ammonia and nitrogen are respectively X_(1) and X_(2) . In the reaction of producing ammonia. N_(2)+3H_(2)to2NH_(3) , the equivalent weights of ammonia and nitrogen are given as respectively y_(1) and y_(2) . Then how is (y_(1)-y_(2)) related to molecular weights?

Equivalent weight of NH_(3) as a base is