A solid occupies 1000ml at `20^(@)C`. Its volume becomes 1016.2ml at `320^(@)C`. What is the value of coefficient of cubical and linear expansion ?

When a glass block of volume 15,000 cm^3 is heated from 20^@C to 40^@C , its volume increases by 5 cm^3 . What is the coefficient of linear expansion of glass?

A metal rod measures 50 cm in length at 20^(@)C . When it is heated to 95^(@)C , the length becomes 50.06 cm . What is the coefficient of linear expansion of rod ? What will be the length of the rod at -20^(@)C ?

Coefficient of cubical expansion of a solid is (0.000027//""^(@)C) . If the temperature is measured on Fahreheit scale, numerical value of coefficient of linear expansion of solid is

The volume of metalic ball is 100 cc at 0^@C . When its temperature is raised to 150^@C , its volume becomes 100 .81 cc . Find the coefficient of linear expansion of the metal.

An aluminium sphere of diameter 20 cm is heated from 0^(@)C " to " 100^(@)C . What will be its change in volume? Coefficient of linear expansion of aluminium =23 times 10^(-6@)C^(-1) .

The volume of a solid decreases by 0.6% when it is cooled through 50^(@)C . Its coefficient of linear expansion is

The volume of a solid decreases by 0.6% when it is cooled through 50^(@)C . Its coefficient of linear expansion is

The volume of metal block changes by 0.18% when it is heated through 20^@ C then its coefficient of cubical expansion will be