The volume of a glass vessel is 1000 cc at `20^C`. What volume of mercury chould be poured into it at this temperature so that the volume of the remaining space doed not change with temperature? Coefficients of cubical expansion of mercury and glass are `1.8 xx 10^(-4) o^C(-1) respectively.

The volume of a glass vessel is 1000 cc at 20^@C . What volume of mercury could be poured into it at this temperature so that the volume of the remaining space does not change with temperature? Coefficients of cubical expansion of mercury and glass are 1.8 xx 10^(-4 @)C^(-1) and 9 xx 10^(-6 @)C^(-1) respectively.

The volume of a glass vessel is 1000 cc at 20^@C . What volume of mercury should be poured into it at this temperature so that the volume of the remaining space does not change with temperature? Coefficients of cubical expansion of mercury and glass are 1.8 xx 10^(-4)C^(-1) and 9.0xx10^(-6)C^(-1). respectively.

The volume of a glass vessel is 1000 cc at 20^@C . What volume of mercury should be poured into it at this temperature so that the volume of the remaining space does not change with temperature? Coefficients of cubical expansion of mercury and glass are 1.8 xx 10^(-4)C^(-1) and 9.0xx10^(-6)C^(-1). respectively.

The internal volume of a glass flask is 540cm^(3) . What volume of mercury should be kept in the flask so that the volume of the empty space remains constant at any temperature? Real expansion of mercury =1.8 times 10^(-4@)C^(-1) and volume expansion of glass =2.5 times 10^(-5@)C^(-1).

The remaining volume of a glass vessel is constant at all temperature if (1)/(x) of its volume is filled with mercury. The coefficient of volume expansion of mercury is 7 times that of glass. The value of x should be

The remaining volume of a glass vessel is constant at all temperature if (1)/(x) of its volume is filled with mercury. The coefficient of volume expansion of mercury is 7 times that of glass. The value of x should be