Heat Transfer

Heat Transfer Lab Report Experimental selective information atomic number 18 obtained from Pradeep as our data lumberman wasnt working mightily that day. Ambient Temperature utilise = 21°C Ambient Pressure used = 100.8k Pa Graphs of ln(?o/?) vs t(s) were plotted for the 4 of sets of data collected. Gradients for each represent are: bound 1 = 0.0231 groom 2 = 0.0182 castigate 3 = 0.0117 Set 4 = 0.007 Calculations for experimental estrus ravish coefficients Set 1 Gradient, m = 0.0231 Density, ? = 8954 kg/m³ Specific heat energy of copper, C = 383 J/kg°C Volume, V = ? * r ² * h = ? * (6.2x10-3)2 * 0.1 = 1.208x10? 5 m3 Area, A = 2 * ? * r * h = 2 * ? * 6.2x10-3 * 0.1 = 3.896x10-3 m2 dimension of V/A = 1.208x10? 5 / 3.896x10-3 = 3.101x10-3 m Therefore, h = m * ? * C * V/A = 0.0231 * 8954 * 383 * 3.101x10-3 = 245.65 W/m2 °C Set 2 Gradient, m = 0.0182 Density, ? = 8954 kg/m³ Specific heat of copper, C = 383 J/kg°C Volume, V = ? * r ² * h = ? * (6.2x10-3)2 * 0.1 = 1.208x10? 5 m3 Area, A = 2 * ? * r * h = 2 * ? * 6.2x10-3 * 0.1 = 3.896x10-3 m2 proportion of V/A = 1.

208x10? 5 / 3.896x10-3 = 3.101x10-3 m Therefore, h = m * ? * C * V/A = 0.0182 * 8954 * 383 * 3.101x10-3 = 193.55 W/m2 °C Set 3 Gradient, m = 0.0117 Density, ? = 8954 kg/m³ Specific heat of copper, C = 383 J/kg°C Volume, V = ? * r ² * h = ? * (6.2x10-3)2 * 0.1 = 1.20! 8x10? 5 m3 Area, A = 2 * ? * r * h = 2 * ? * 6.2x10-3 * 0.1 = 3.896x10-3 m2 Ratio of V/A = 1.208x10? 5 / 3.896x10-3 = 3.101x10-3 m Therefore, h = m * ? * C * V/A = 0.0117 * 8954 * 383 * 3.101x10-3 = 124.42W/m2 °C Set 4 Gradient, m = 0.007 Density, ? = 8954 kg/m³ Specific heat of copper, C = 383 J/kg°C Volume, V = ? * r ² * h = ? * (6.2x10-3)2 * 0.1 = 1.208x10? 5 m3 Area, A = 2 * ? * r * h = 2 * ? * 6.2x10-3 * 0.1 = 3.896x10-3 m2 Ratio of V/A =...If you want to get a generous essay, order it on our website: OrderCustomPaper.com

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