If the atomic weight of the Metal M be m in `M_2O_3` find its equivalent weight.

If the equivalent weight of the mental M be x in MmOn. Find its atomic weight in terms of n, m and x.

Show that the atomic weight of Metal M having equivalent weight x form an oxide M_n O_m is (2 x m)//n .

If 10 C of electricity is passed through an aqueous solution of a metal salt , 2.08xx10^(19) atoms are produced at the cathode . Find the equivalent weight of the metal , if its atomic weight is 27 .

In which of the following compounds M has the highest equivalent weight-

The same amount of electricity is passed through acidified water and an aqueous solution of a metal chloride . As a result 7.4L H_(2) , gas at STP in the first case and 21 g metal in the second case are produced . Calculate the equivalent weight of the metal ? If the specific heat of the metal is 0.094 , then find the atomic weight of the metal ?

The vapour density of a volatile chloride of a metal is 95 and the specific heat of the metal is 0.13 cal//g . The equivalent weight of the metal will be approximately

A metallic oxide contains 53% metal. The vapour density of the chloride of the metal is 66. find the atomic weight of the metal.

W_1 g of an element combines with oxygen forming W_2 g of its oxide. The equivalent weight of the element is :

1.520 g of hydroxide of a metal on ignition gave 0.995 g of oxide. The equivalent weight of metal is