Biological Physics: Energy, Information, Life
5.4. Further reading[[Student version, December 8, 2002]] 165 Reynolds: The viscous critical force for a fluid isfcrit=η^2 /ρmw ...
166 Chapter 5. Life in the slow lane: the low Reynolds-number world[[Student version, December 8, 2002]] T 2 Track 2 5.2.1′ Sec ...
5.4. Track 2[[Student version, December 8, 2002]] 167 dimensions for a viscous friction coefficient is to multiply the viscosity ...
168 Chapter 5. Life in the slow lane: the low Reynolds-number world[[Student version, December 8, 2002]] displacement ∆x(t)=ζ−^1 ...
5.4. Problems[[Student version, December 8, 2002]] 169 Problems.................................................... 5.1Friction ...
170 Chapter 5. Life in the slow lane: the low Reynolds-number world[[Student version, December 8, 2002]] motion with the Stokes ...
5.4. Problems[[Student version, December 8, 2002]] 171 0.01 0.1 104 105 106 0.2 molar mass,gmole−^1 intrinsic viscosity, m 3 kg ...
172 Chapter 5. Life in the slow lane: the low Reynolds-number world[[Student version, December 8, 2002]] mentum is a vector quan ...
Chapter 6 Entropy, temperature, and free energy The axiomatic method has many advantages, which are similar to the advantages of ...
174 Chapter 6. Entropy, temperature, and free energy[[Student version, January 17, 2003]] Biological question: If energy is alwa ...
6.1. How to measure disorder[[Student version, January 17, 2003]] 175 measure of disorder to be additive. This is why the logari ...
176 Chapter 6. Entropy, temperature, and free energy[[Student version, January 17, 2003]] Shannon’s formula also has the reasona ...
6.2. Entropy[[Student version, January 17, 2003]] 177 The constraints just mentioned include the facts that the total energy is ...
178 Chapter 6. Entropy, temperature, and free energy[[Student version, January 17, 2003]] denotedS: S≡kB K I=kBln Ω. (6.5) Befor ...
6.3. Temperature[[Student version, January 17, 2003]] 179 AB Figure 6.1:(Schematic.) Two systems thermally insulated from the wo ...
180 Chapter 6. Entropy, temperature, and free energy[[Student version, January 17, 2003]] Equation 6.7 appears to involve logari ...
6.3. Temperature[[Student version, January 17, 2003]] 181 0.2 0.4 0.6 0.8 1. 0 0.4 0 ...
182 Chapter 6. Entropy, temperature, and free energy[[Student version, January 17, 2003]] More precisely, the temperature of an ...
6.4. The Second Law[[Student version, January 17, 2003]] 183 Figure 6.3:(Schematic.) Expansion of gas into vacuum. thermodynamic ...
184 Chapter 6. Entropy, temperature, and free energy[[Student version, January 17, 2003]] A δ L ab T Figure 6.4:(Schematics.) Co ...
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