The density of a substance at `0^@C 10 g//c c` and `100^@C,` its density is `9.7 g//c c.` The coefficient of linear expansion of the substance is

The density of a substance at 0^(@)C is 10 g//c c and at 100^(@)C , its density is 9.7 g//c c . The coefficient of linear expansion of the substance is

The density of a substance at 0^(@)C is 10 g//c c and at 100^(@)C , its density is 9.7 g//c c . The coefficient of linear expansion of the substance is

The density of a substance at 0^(@)C is 10 g//c.c. and at 100^(0)C its density os 9.7g//c.c. The coefficient of linear expansion of the sunstance is.

Density of a substance at 0^(@)C is 10.6 gm/c.c and at 100^(@)C is 10 gm/c.c. coefficient of linear expansion of solid is

Density of a substance at 0^(0)C is 10.6 g / (c.c) and at 100^(@)C is 10g / (c.c) . coefficient of linear expansion of solid is ...................^(@)C^(-1)

The density of a liquid at 100^(@)C is 8.0g//cm^(3) and at 0^(@)C is 8.4g//cm^(3) , the coefficient of cubical expansion of the liquid is

The density of water at 0^@C is 0.998 g cm^(-3) at 4^@C is 1.00 g cm^(-3) . Calculate the average coefficient of volume expansion of water in the temperature range 0^@C to 4^@C .

The density of water at 0^@C is 0.998 g cm^(-3) at 4^@C is 1.00 g cm^(-3) . Calculate the average coefficient of volume expansion of water in the temperature range 0^@C to 4^@C .