A metal bar of length 50 cm has an initial temperature profile as a function of...

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A metal bar of length 50 cm has an initial temperature profile as a function of distance as given below: T= e0,075x ; T( °C),x(cm) The left end of the bar (x=0) is suddenly brought into contact with a steam of constant temperature at 80 °c. The right end is perfectly insulated. Solve the partial differential equation numerically and calculate the temperature us.,2 · Take Ax=h= 10 cm, M=0,4, a = 1 cm2/s: It is . (Write this question and solve it on a white paper) A metal bar of length 50 cm has an initial temperature profile as a function of distance as given below: T= e0,075x ; T( °C),x(cm) The left end of the bar (x=0) is suddenly brought into contact with a steam of constant temperature at 80 °c. The right end is perfectly insulated. Solve the partial differential equation numerically and calculate the temperature us.,2 · Take Ax=h= 10 cm, M=0,4, a = 1 cm2/s: It is . (Write this question and solve it on a white paper)