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heat transfer lab 2 chemical foundations of bme Draw a schematic of the problem statement with appropriate labels. State your assumptions and simplify the energy balance equation. Hint: Recall Newton’s First Law of Thermodynamics and Newton’s Law of Cooling. 2. Find an empirical relationship between Q and ΔT using the data in the table. 3. What is the heat transfer coefficient (h) from skin to air? 4. The heat transfer coefficient to air 5cm from the surface of the skin has been measured to be 4.77 x 10-5 ? ? ??2 °?. How close is your value of h to this reported value? 5. An average-sized adult has a basal metabolic production rate of 90 watts. To maintain an ideal

heat transfer lab 2 chemical foundations of bme Draw a schematic of the problem statement with appropriate labels. State your assumptions and simplify the energy balance equation. Hint: Recall Newton’s First Law of Thermodynamics and Newton’s Law of Cooling. 2. Find an empirical relationship between Q and ΔT using the data in the table. 3. What is the heat transfer coefficient (h) from skin to air? 4. The heat transfer coefficient to air 5cm from the surface of the skin has been measured to be 4.77 x 10-5 ? ? ??2 °?. How close is your value of h to this reported value? 5. An average-sized adult has a basal metabolic production rate of 90 watts. To maintain an ideal

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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heat transfer lab 2 chemical foundations of bme Draw a schematic of the problem statement with appropriate labels. State your assumptions and simplify the energy balance equation. Hint: Recall Newton’s First Law of Thermodynamics and Newton’s Law of Cooling. 2. Find an empirical relationship between Q and ΔT using the data in the table. 3. What is the heat transfer coefficient (h) from skin to air? 4. The heat transfer coefficient to air 5cm from the surface of the skin has been measured to be 4.77 x 10-5 ? ? ??2 °?. How close is your value of h to this reported value? 5. An average-sized adult has a basal metabolic production rate of 90 watts. To maintain an ideal

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