This is a heat transfer problem, please see attached document. The following values are needed to solve:

FROM TABLE C.17: borosilicate glass properties @ 303K are ρ = 2230 (kg/m^3) , cp = 835 (J/kg-K), k = 1.1 (W/m-K), α = 0.5907 x 10^-6 (m^2/s) , β = 7.0 x 10^-6 (1/K)

Question

This is a heat transfer problem, please see attached document. The following values are needed to solve:

FROM TABLE C.17: borosilicate glass properties @ 303K are ρ = 2230 (kg/m^3) , cp = 835 (J/kg-K), k = 1.1 (W/m-K), α = 0.5907 x 10^-6 (m^2/s) , β = 7.0 x 10^-6 (1/K)

This is a heat transfer problem, please see attached document. The following values are needed to solve:

FROM TABLE C.17: borosilicate glass properties @ 303K are ρ = 2230 (kg/m^3) , c_p = 835 (J/kg-K), k = 1.1 (W/m-K), α = 0.5907 x 10^-6 (m^2/s) , β = 7.0 x 10^-6 (1/K)

Weekly leaderboard

This is a heat transfer problem, please see attached document. The following values are needed to solve: FROM TABLE C.17: borosilicate glass properties @ 303K are ρ = 2230 (kg/m^3) , cp = 835 (J/kg-K), k = 1.1 (W/m-K), α = 0.5907 x 10^-6 (m^2/s) , β = 7.0 x 10^-6 (1/K)

Weekly leaderboard

This is a heat transfer problem, please see attached document. The following values are needed to solve:

FROM TABLE C.17: borosilicate glass properties @ 303K are ρ = 2230 (kg/m^3) , c_p = 835 (J/kg-K), k = 1.1 (W/m-K), α = 0.5907 x 10^-6 (m^2/s) , β = 7.0 x 10^-6 (1/K)