... entropy is also minimal. About biology example... If an enzyme would ... reduce entropy. If not - this energy disperse, converting into heat, increasing ... of it, so usually this energy just diffuse increasing/ decreasing average ...separate the molecules (AB) using energy from heat - reducing temperature. But...is determined by concentrations and energydifference (equilibrium constant). If (E1...
... reduce turbulations while swimming/flying or ... feed with tectonic vibrations ... I'm not... machinery was constructed to use energy from light... We have plenty ... heat and tectonic vibrations around... Feeding with pure heat looks even ... thermodynamics - converting pure heat into differentenergy. But this theory is ... ADP and phosphate. Biology can change chemical energy into heat, with ...
... like photosynthesis, but for small energy photons. He suggested such organisms ... or temperature difference of some sort, maybe a biological "thermocouple" could ... absorbs IR, and could never feed itself. Do you think an ... a significant amount of internal energy compared to the electromagnetic radiation ... insignificant compared to the kinetic energy of the mirrors. =3DA0 =3DA0 ...
... that particles quickly shares their energy, equilibrating temperature ... but ATP usually ...usually using their vibrational/ rotational energy, but also for example by...electron will naturally equilibrate its energy with environment, but this process...the antenna, the higher average energy it statistically have. The whole...a photon, they equilibrate their energy while going through conductor. If...
...devices were capable of harvesting thermal energy, they would have been unable to...to trigger evolution. Orgel listed prebiotic energy sources and pointed out that ... a significant amount of internal energy compared to the electromagnetic radiation in the vacuum. Therefore, the only energy these mirrors could carry is ... insignificant compared to the kinetic energy of the mirrors. =A0 =A0 ...
... wrote: Perfect mirror is just ideal separator for photons, which should be allowed for idealized models without energy waste - they don't absorb heat, only kinetic energy due to momentum conservation. I forgot in previous posts to analyze one little component in your example: the gas that is contained...
... After infinite time all heat energy will be converted into kinetic ... contain a significant amount of internal energy compared to the electromagnetic radiation in the vacuum. Therefore, the only energy these mirrors could carry is kinetic ... be insignificant compared to the kinetic energy of the mirrors. In a real ... of a heat insulator. The internal energy of the mirrors would be a ...
...can radiate. Returning to practical use/biology ... I was thinking about 2nd law...lower entropy), but the cost is energydifference between free and bind molecule... that could allow organisms to feed directly with heat (not using ... (E2<E1). Additionally there is energy barrier between these states. Now ... bind in solution, their thermal energy statistically sometimes exceed the barrier, ...
...have expanded. Returning to practical use/biology ... I was thinking about 2nd law...lower entropy), but the cost is energydifference between free and bind molecule... that could allow organisms to feed directly wi= th heat (not ... (E2<E1). Additionally there is energy barrier between these states. There ... bind in solution, their thermal energy statistically s= ometimes exceed the ...
...moving mirrors. Returning to practical use/biology ... I was thinking about 2nd law...lower entropy), but the cost is energydifference between free and bind molecule... that could allow organisms to feed directly with heat (not using ... (E2<E1). Additionally there is energy barrier between these states. Now ...are bind in solution, their thermal energy statistically sometimes exceed the barrier,...
