Thermodynamics HW Solutions 422

Thermodynamics HW Solutions 422 -...

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Chapter 5 Numerical Methods in Heat Conduction Q_dot_1=h*A_s*(T_1-T_infinity)+epsilon*sigma*A_s*((T_1+273)^4-T_surr^4) Q_dot_2=h*A_s*(T_2-T_infinity)+epsilon*sigma*A_s*((T_2+273)^4-T_surr^4) Q_dot_3=h*A_s*(T_3-T_infinity)+epsilon*sigma*A_s*((T_3+273)^4-T_surr^4) Q_dot_4=h*A_s*(T_4-T_infinity)+epsilon*sigma*A_s*((T_4+273)^4-T_surr^4) Q_dot_5=h*A_s*(T_5-T_infinity)+epsilon*sigma*A_s*((T_5+273)^4-T_surr^4) Q_dot_6=h*A_s*(T_6-T_infinity)+epsilon*sigma*A_s*((T_6+273)^4-T_surr^4) Q_dot_7=h*A_s*(T_7-T_infinity)+epsilon*sigma*A_s*((T_7+273)^4-T_surr^4) Q_dot_8=h*A_s*(T_8-T_infinity)+epsilon*sigma*A_s*((T_8+273)^4-T_surr^4) Q_dot_9=h*A_s*(T_9-T_infinity)+epsilon*sigma*A_s*((T_9+273)^4-T_surr^4)
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Unformatted text preview: Q_dot_10=h*A_s*(T_10-T_infinity)+epsilon*sigma*A_s*((T_10+273)^4-T_surr^4) Q_dot_11=h*A_s*(T_11-T_infinity)+epsilon*sigma*A_s*((T_11+273)^4-T_surr^4) Q_dot_12=h*A_s*(T_12-T_infinity)+epsilon*sigma*A_s*((T_12+273)^4-T_surr^4) Q_dot_13=h*A_s_13*(T_13-T_infinity)+epsilon*sigma*A_s_13*((T_13+273)^4-T_surr^4) k [W/m.C] T tip [C] Q [W] 10 24.38 0.6889 30.53 25.32 1.156 51.05 27.28 1.482 71.58 29.65 1.745 92.11 32.1 1.969 112.6 34.51 2.166 133.2 36.82 2.341 153.7 39 2.498 174.2 41.06 2.641 194.7 42.98 2.772 215.3 44.79 2.892 235.8 46.48 3.003 256.3 48.07 3.106 276.8 49.56 3.202 297.4 50.96 3.291 317.9 52.28 3.374 338.4 53.52 3.452 358.9 54.69 3.526 379.5 55.8 3.595 400 56.86 3.66 5-25...
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This note was uploaded on 01/22/2012 for the course PHY 4803 taught by Professor Dr.danielarenas during the Fall '10 term at UNF.

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