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**Unformatted text preview: **20 4523 . 53 4523 . 73 1 . 1 . +-=-x x e e T (2) 2 1 1 2 2 2 x T T T dx T d i i i Δ +-=-+ If Δ x = 2 and by collecting the terms and substitution of the parameters this equation gives: (3) 8 . 04 . 2 1 1 =-+-+-i i i T T T Which leads to the final relationships: 8 . 40 04 . 2 2 1 =-T T 8 . 04 . 2 3 2 1 =-+-T T T 8 . 04 . 2 4 3 2 =-+-T T T 8 . 200 04 . 2 4 3 = +-T T P2: Solve the system and find the temperatures (T 1 thru T 4 ) along the heated rod. P a g e | 2 /2 STATEMENT#3 The heating along the rod was later found to approximately follow this equation: 1611 . 38 90435 . 13 ) ( + = x x T P3: Show in a graph the temperature of the rod between x=0 to x=10....

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