1.46 gm of a metal oxide contains 0.24 gm oxygen. If the specific heat of the metal be `0.087 Cal/^@C` then calculate its atomic weight

1.256g of ametal contains 0.376g of oxygen. If the specific heat off the metal be 0.124 cal*""^(@)C^(-1)*g^(-1) , find the formula of its oxide.

0.56g of a metallic oxide cotains 0.16 of oxygen. Determine the equivalent weight of that metal.

A metallic oxide contains 60% metal. Calculate equivalent weight of the metal.

A metallic oxide contains 60% of metal. Calculate the equivalent weight of the metal.

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.

An aqueous solution contains 0.22g of metallic chloride, 0.51g of AgNO_(3) is required for complete precipitation of chloride from that solution. If specific heat of the metal be 0.057 then what will be the correct atomic mass of of that metal? What is the formula of that metallic chloride?

A chloride of an element contain 49.5% chlorine. The specific heat of the element is 0.064. Calculated the equivalent mass, valency and atomic mass of the element.