Thermal Physics> A bottle has a volume of 100cm 3 at 0 0 C...

A bottle has a volume of 100cm³ at 0⁰C and is filled with mercury at 30⁰C. Calculate the mass of mercury filling the bottle, given that the density of mercury at 0⁰C is 13600Kgm^-3, its absolute cubical expansivity is 1.8x10^-4K^-1, and the linear expansivity of glass is 9x10^-6K^-1.

TheMiralce123 , 5 Years ago

Grade 10

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Shrey Mahar

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Thermal Physics> A bottle has a volume of 100cm 3 at 0 0 C...

A bottle has a volume of 100cm3 at 00C and is filled with mercury at 300C. Calculate the mass of mercury filling the bottle, given that the density of mercury at 00C is 13600Kgm-3, its absolute cubical expansivity is 1.8x10-4K-1, and the linear expansivity of glass is 9x10-6K-1.

TheMiralce123 , 5 Years ago

Shrey Mahar

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A bottle has a volume of 100cm³ at 0⁰C and is filled with mercury at 30⁰C. Calculate the mass of mercury filling the bottle, given that the density of mercury at 0⁰C is 13600Kgm^-3, its absolute cubical expansivity is 1.8x10^-4K^-1, and the linear expansivity of glass is 9x10^-6K^-1.