2. (Young, et al., Sears and Zemansky's University Physics: with Modern Physics 13th Ed) The blood plays an important role in removing heat from the body by bringing this heat directly to the surface where it can radiate away. Nevertheless, this heat must still travel through the skin before it can radiate away. We shall assume that the blood is brought to the bottom layer of skin at a temperature of 37.0°C and that the outer surface of the skin is at 30.0°C. Skin varies in thickness from 0.50 mm to a few millimeters on the palms and soles, so we shall assume an average thickness of 0.75 mm. A 165-lb, 6-ft-tall person has a surface area of about 2.0 m² and loses heat at a net rate of 75 W while resting. On the basis of our assumptions, what is the thermal conductivity of this person's skin?

The solution differs so I must ask the teacher to explain. The book states that the solution is 11mC

ard / My courses / Time left 0:47:28 4 Estimate the opening area of the aortic valve using Gorlin equation given the following: The cardiac output is 4887 mL/min, the heart rate is 1.65 beats/second, the ejection period is 0.33 seconds, and the mean gradient is measured is 6500 Pa. ut of O a. 29.016 cm^2 nestion O b. 0.069 cm^2 O c. 0.042 cm^2 O d. 0 cm^2 O e. 0.484 cm^2 O f. None of the given answers is true Next page

S Can 6 PAR к Торс K Unit K In x K Moti = Cop K Unit S Spee S Topo S Math Micr eb.kamihq.com/web/viewer.html?source-filepicker&document_identifier=137VZR5BZOVSAIMOA55WU555_CvJ9NacO + 100 P e Interpreting Graphs Answer the questions following the graphs on each side Dietance va. Time 2 7 10 11 12 13 14 Time in soconds 1. From 1 second to 2 seconds, how fast is the object traveling. (Take the difference in distance and divide it by the time in between the 2 distances) 2. Is the object going as fast between 9 and 12 seconds as it is between 1 and 4 seconds? How can you tell? 3. What is the motion of the object between 4 and 6 seconds? acer