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(c) A meteorite made of iron with mass Mmet = 100kg and initial temperature Tmet = 3000k, falls into a large lake with temperature Tlake = 300k. Estimate the total entropy change as the meteorite temperature reaches the lake temperature (In (10) = 2.3) Take * The change of entropy of the meteorite is AS met = Tmet Mmet Ciron dT T

(c) A meteorite made of iron with mass Mmet = 100kg and initial temperature Tmet = 3000k, falls into a large lake with temperature Tlake = 300k. Estimate the total entropy change as the meteorite temperature reaches the lake temperature (In (10) = 2.3) Take * The change of entropy of the meteorite is AS met = Tmet Mmet Ciron dT T

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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I attached the question and the answer How does the negative sign appear in the first integral And then what are they doing in the second part what’s env ? Shouldn’t we just find the total change in entropy
.8 m/s² ) 5 = is (C) The change in entropy of the meteorite Поко Mmet Ciron AS met BON Po 100 m²³ e 270m = - 100 g * Thet J Ac = = 4,5 cm 10) × 104 J/K As env= M meet Giron × 450 wome × In (107 = fog = +4×105 J/K Astot =+3x105 5/K dT T AT Паке 2400 = 100 × 450 × 2705 x 300 J
Transcribed Image Text:.8 m/s² ) 5 = is (C) The change in entropy of the meteorite Поко Mmet Ciron AS met BON Po 100 m²³ e 270m = - 100 g * Thet J Ac = = 4,5 cm 10) × 104 J/K As env= M meet Giron × 450 wome × In (107 = fog = +4×105 J/K Astot =+3x105 5/K dT T AT Паке 2400 = 100 × 450 × 2705 x 300 J
balloon 130 1.3 = balloon W/L Po 3000/3x10² be 100-e~ 270 m³ (c) A meteorite made of iron with mass Mmet = 100kg and initial temperature Tmet = 3000k, falls into a large lake with temperature Thake = 300k. Estimate the total entropy change as the meteorite temperature reaches the lake temperature (In (10)=2.3) * The change of entropy of the meteorite is AS met Ticke I Tret Mmet Ciron drf T
Transcribed Image Text:balloon 130 1.3 = balloon W/L Po 3000/3x10² be 100-e~ 270 m³ (c) A meteorite made of iron with mass Mmet = 100kg and initial temperature Tmet = 3000k, falls into a large lake with temperature Thake = 300k. Estimate the total entropy change as the meteorite temperature reaches the lake temperature (In (10)=2.3) * The change of entropy of the meteorite is AS met Ticke I Tret Mmet Ciron drf T
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