12. Compute a formula to show the correlation between the specific heat C, u(x,t) temperatureand Q(x,t) internal energy per unit volume of the 1 dimension metal bar. (With the assistantof this formula q(x,t)=-ko, q: vector field that present the magnitude and dimension ofheat flow.12.b By applying the conservation of energy prove this formula with the assistant of thisformula:f (x + Ax, t) = f(x, t) + A (x, t))aQ agat ax;hence to apply the 2d PDES (partial differential equation) to find the temperature (x,t)12.c Using the guess T(x,t)=x(u)U(t) to prove that it is separable into two formula. (A as constant)du1.d²x2.dx12.d Guess the temperature distribution T(x, co) of an imaginary 1 dimension metal bar that isinfinity long(-oo< x< 00); 12.e hence to find the sign-A for the time dependent differential equation.

We know that We considering the temperature in a one-dimensional bar of length L. We assume that the…

Compute a formula to show the correlation between the specific heat C, u(x,t) temperature and Q(x,t) internal energy per unit volume of the 1 dimension metal bar. (With the assistant of this formula q(x,t)=-k, q: vector field that present the magnitude and dimension of

Compute a formula to show the correlation between the specific heat C, u(x,t) temperature and Q(x,t) internal energy per unit volume of the 1 dimension metal bar. (With the assistant of this formula q(x,t)=-k, q: vector field that present the magnitude and dimension of

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter2: The Kinetic Theory Of Gases

Section: Chapter Questions

Problem 56P: (a) If the partial pressure of water vapor is 8.05 torr, what is the dew point? (760 torr = I atm...

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