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Posted: **Thu May 12, 2022 10:35 am**

: Long Answer Question Read The Introduction Below And Then Answer Questions 6 10 A Very Long Uniform Bar Initially At 0 1 (56.79 KiB) Viewed 24 times

: Long Answer Question Read The Introduction Below And Then Answer Questions 6 10 A Very Long Uniform Bar Initially At 0 2 (24.81 KiB) Viewed 24 times

Long-Answer Question: Read the introduction below and then answer Questions 6-10 A very long uniform bar initially at 0° C is heated resistively at t = 0 to temperature T, in a region from -a <r <a, where x = 0 corresponds to the centre of the bar. The temperature of the bar then follows the equation: T, =c?T, (1) Two possible general solutions for this governing equation, but not necessarily for the current initial and boundary conditions, are: T(x, t) = 38" [N-7(0,0)cos(px – pu)e-opred pot du dp (2) T(x, t) = {(A, cos(px) + B, sin(px)De (3)

Outline the approach that you will take to analytically solve this problem. Describe each step in sufficient detail so that it is clear how you have solved the problem, but note that you do NOT need to include formulae. Edit View Insert Format Tools Table 12pt v Paragraph | BI U A v : Formatting