A wire of length `100cm` increases in length by `10^(-2)m` when it is heated through `100^(@)C`. The coefficient of linear expansion of the material of the wire exprassed in `//K` units is

A metallic bar is heated from 0^(@)C to 100^(@)C . The coefficient of linear expansion is 10^(-5)K^(-1) . What will be the percentage increase in length

A metallic bar is heated from 0^(@)C to 100^(@)C . The coefficient of linear expansion is 10^(-5)K^(-1) . What will be the percentage increase in length

A thin copper wire of length l metre increases in length by 2% when heated through 10^(@)C . What is the percentage increase in area when a square copper sheet of length l metre is heated through 10^(@)C

A thin copper wire of length l metre increases in length by 2% when heated through 10^(@)C . What is the percentage increase in area when a square copper sheet of length l metre is heated through 10^(@)C

A thin copper wire of length l metre increases in length by 2% when heated through 10^(@)C . What is the percentage increase in area when a square copper sheet of length l metre is heated through 10^(@)C

A metal rod of silver of length 100cm at 0^(@)C is heated to 100^(@)C . It's length is increased by 0.19 cm . Coefficient of cubical expansion of the silver rod is

A metal rod of length 100cm , made of silver at 0^(@)C is heated to 100^(@)C . It's length is increased by 0.19 cm . Coefficient of cubical expansion of the silver rod is

A metal cube of length of 10.0 mm at 0^(@)C is heated to 200^(@)C . Given: its coefficient of linear expansion is 2xx10^(-5)K^(-1) . The percent change of its volume is