Enunciados, 10 MB - IqTMA-UVa - Universidad de Valladolid

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2005-Par2-No:1 [Solución] [Tema 3] [Índice] Estimar la conductividad calorífica del oxígeno a 300 K y 1 bar si a la misma presión y 200 K su valor es: 0,0183 W.m -1·K -1 . (Respuesta: +1) Fenómenos de Transporte Depto. Ingeniería Química. Universidad de Valladolid
2005-Par2-No:2 [Solución] [Tema 3] [Índice] Se observa que la conductividad, en estado sólido, del aluminio aumenta con la temperatura, mientras que la del estaño disminuye. Explicar brevemente este comportamiento a partir de la ecuación de Wiedemann, Franz y Lorentz, que relaciona la conductividad eléctrica y calorífica de metales. (Respuesta: +2) Fenómenos de Transporte Depto. Ingeniería Química. Universidad de Valladolid
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fenómenos detransporte COLECCIÓN
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FENÓMENOS DE TRANSPORTE TEMA 1.- V
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FENÓMENOS DE TRANSPORTE TEMA 3.- C
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FENÓMENOS DE TRANSPORTE TEMA 5.- D
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Otros: 1994-Sep-No:18 1994-Sep-No:2
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FENÓMENOS DE TRANSPORTE TEMA 8.- T
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FENÓMENOS DE TRANSPORTE Ejercicios
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1994-Jun-No:2 [Solución] [Tema 1]
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1994-Sep-No:1 [Solución] [Tema 1]
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1994-Sep-No:17 [Solución] [Tema A]
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1995-Jun-No:6 [Solución] [Tema A]
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2004-Jun-No:1a [Solución] [Tema 6]
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2004-Jun-No:1c [Solución] [Tema 8]
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Page 285 and 286: 2004-Jun-No:3b [Solución] [Tema 8]
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Page 309 and 310: Ec. Energía ˆ ⎛∂T ∂T v v 1
Page 311 and 312: APÉNDICE Ley de Newton en coordena
Page 313 and 314: 2005-Jun-No:4 [Solución] [Tema 1]
Page 319 and 320: APÉNDICE ECUACIONES DE VARIACIÓN
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Page 365 and 366: APÉNDICE Balances macroscópicos d
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APÉNDICE Ley de Newton en coordena
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2006-Par1-No:7 [Solución] [Tema 1]
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2006-Par3-No:5a [Solución] [Tema 6
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2006-Sep-No:1ab [Solución] [Tema 6
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2006-Sep-No:1d [Solución] [Tema 4]
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2006-Sep-No:1g [Solución] [Tema 8]
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Enunciados, 10 MB - IqTMA-UVa - Universidad de Valladolid

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