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# Calculate the rate of fever rise assuming that the

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Unformatted text preview: nisms of heat loss (for the purpose of an upper limit estimation). Calculate the rate of fever rise, assuming that the body can be considered as a uniform mass with a specific heat capacity of 0.86 cal/g/°C. ____ ~ 1 -1 ( ) 0 V( /J u-J '5 J '5 ; ~==~~= c-ry - ) ~ ' ti f "'l'tl ~~101· J =--- - -~ \ ~ ' J- 0) ~ -=~=-.---~~ CJ'5r'1J J " 4 00 ( J 0 ~ ~ 6) - dJ ~~ e L _ := Vlx'(JH\l 1'"'O~1:?/ 5 }5--o } {) ~~~-~~=- ~ q () ~ ~+, II-=----~~==_i! 5 \-PI -~==~~ Q~ ~aY\?J1) " '-vI;3 / '1. 0 /1 d < ;n 0,111 J.. V d J <Mel 1­ \All- V v1 O /lj vn(~ J1 V ~ 1/V1'O'VV!~ A ',(r"'~ ~O dVvl?--+ ~~'M?\/J} 0-1- -p~n ~AI'! 'if) l.-J .J -f~'?jJ --qv'J -1 ~ + 1 Pl/t"O . ?:J"' ( 5 CS CO 1 -t 1]0"j1 :J Q -~ 5f(1VJG JppOj S "YV15..' l/t - 0 lA~l(11 '-:J} Q ~ .:.Q p '1 'J ~ +~ V1 ( l) 0 H ~n5~ Sample Problem 4: Protein Folding The protein albumin is stable at room temperature in aqueous solution. However, if you raise the temperature to 69°C (called the “transition” temperature...
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## This document was uploaded on 03/03/2014.

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