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the internal irreversible process of the system(passive) caused bythe entropy increase ( ΔSi
The better a processcan preventan increase in entropy
A spontaneous process ... by itselfleadsan increase in entropy
that such a mixing process is boundto causean increase in entropy
temperature change(passive) caused byentropy change
the phase changecausingan increase in entropy wouldn
a process that spreads energy(passive) caused byThe increase in entropy
the splitting of n into n ' and n(passive) caused bythe increase in entropy
This process ... the irreversible factors such as frictioncausesthe entropy to increase
the heat transfer to a colder reservoir results in a smaller work output of 2400 J.(passive) caused byThe increase in entropy
the change in structure of KNO3(passive) is also caused byThe increase in entropy
a spontaneous natural process in an isolated systemcausesentropy to increase
the action of a linear filter on a stationary ergodic process(passive) caused byThe entropy decrease
the thermonuclear processes in the sun(passive) caused bythe increase in entropy
internal processes in this machine(passive) caused bythat entropy increase
only such processes ... more simple compoundsresultin total entropy increase
Coupled with expansionwill contributeto entropy increase
as they are only incidental to the environment , thus spreading in a more chaotic mannercausingincrease of entropy
events in the arrow of timecausean increase of entropy
These reactions are favouredcausean increase in entropy
that we neglect friction and other dissipative processescausean increase in entropy
these heat lossescauseirreversible entropy increases
the forward reactioncausesan increase in entropy
desorption of solvent molecules and therefore the process relies on self - assembly [ 43(passive) caused bythe increase in entropy
the overall expansion of the universe(passive) caused byThe entropy increase
an adiabatic expansion of a gasshould causethe entropy to increase
increasing timecausesan increase in entropy
the time evolutioncausesthe entropy to increase
mixing ideal gasescausesan increase in entropy
mass leaving entropy change caused by reversible heat transfer between system and surroundings(passive) caused byentropy decrease
Adding more heat to a systemwill causean increase in entropy
a reversible egress of heatcausesentropy 's decrease
Explosive force ... What forcecausesentropy to increase
The increase in the number of microstates iscreatesthe increase in entropy
a given level of disorder(passive) caused bythe entropy increase
the expansion valve under the irreversible adiabatic condition(passive) created bythe increase in entropy
the dissipation of the work into heat , which is irreversible(passive) caused bythe increase in entropy
I do n't think adding more timewill prevententropy from increasing
every ´ heat ... like generally knownresultingincreased entropy
heat transfer from high to low temperatures(passive) is caused byEntropy increase
in a decline in volume which , subsequently produces a force pushing inwards on the situationresultsin a decline in volume which , subsequently produces a force pushing inwards on the situation
an increase in stabilitydoes ... causean increase in stability
Wealth(passive) is createdWealth
the I / O configuration to become overly complicated , resulting in excessive time in DCM 's processing , inaccurate results due to excessive numbers of subsystems being impacted , complexity in performance reporting and complexity in problem determinationcausesthe I / O configuration to become overly complicated , resulting in excessive time in DCM 's processing , inaccurate results due to excessive numbers of subsystems being impacted , complexity in performance reporting and complexity in problem determination
just a psychological illusion(passive) caused byjust a psychological illusion
to life being impossiblewould ... leadto life being impossible
time evolutioncausingtime evolution
from a group divisionresultingfrom a group division
in energy dissipation in the system ... 17 ... 57resultsin energy dissipation in the system ... 17 ... 57
from frictional dissipation of work Wat temperature T , namely ΔS = W / Tresultingfrom frictional dissipation of work Wat temperature T , namely ΔS = W / T
from the increase in gas densityresultingfrom the increase in gas density
to an increase of the irreversibility , which means ... according to ( 1 ) that with increasing temperature Tleadsto an increase of the irreversibility , which means ... according to ( 1 ) that with increasing temperature T
from frictional dissipation of work Wat temperature TH , namely , ΔS = W / THresultingfrom frictional dissipation of work Wat temperature TH , namely , ΔS = W / TH
of the information processing and the entropy decrease resulting of the efficient usage of this informationresultingof the information processing and the entropy decrease resulting of the efficient usage of this information
an ever increasing diversity of life - formscausingan ever increasing diversity of life - forms
from the conversion of the plasmon 's energy to heatresultingfrom the conversion of the plasmon 's energy to heat
from the disappearance of half a mole of oxygen gas.e.64 . for exampleresultingfrom the disappearance of half a mole of oxygen gas.e.64 . for example
to more information , which is consistent with the evolution of the universe from a disordered plasma to one that contains lots of orderleadsto more information , which is consistent with the evolution of the universe from a disordered plasma to one that contains lots of order
from absorbing this heat is If we work out the entropy change for this reaction using the values in the table above , we find The values are roughly the same , so the absorption of heat can be explained by the entropy of the products being greater than that of the reactantsresultingfrom absorbing this heat is If we work out the entropy change for this reaction using the values in the table above , we find The values are roughly the same , so the absorption of heat can be explained by the entropy of the products being greater than that of the reactants
consciousness " ( i.e. the process of maximizing entropy may yield more and more intelligence , as explored in the " purpose " thread , and the paper by Mateos et al ) may be seen as somewhat equivalent with your second statement " consciousness causes increasing entropymay causeconsciousness " ( i.e. the process of maximizing entropy may yield more and more intelligence , as explored in the " purpose " thread , and the paper by Mateos et al ) may be seen as somewhat equivalent with your second statement " consciousness causes increasing entropy
in higher temperaturesresultingin higher temperatures
time to flowcausestime to flow
an increase in negentropycausingan increase in negentropy
from combustionresultingfrom combustion
decaying of energycausesdecaying of energy
in phase separationresultingin phase separation
in increasing complexity along the up - slope of the bell curvewill resultin increasing complexity along the up - slope of the bell curve
to a more negative Gibbs Free Energy , and a spontaneous reactionwould leadto a more negative Gibbs Free Energy , and a spontaneous reaction
severe amounts of unnecessary hard drive head movements and overall processing fatigue , which translates into programs that take increasingly longer to load and are progressively less responsive over timecausessevere amounts of unnecessary hard drive head movements and overall processing fatigue , which translates into programs that take increasingly longer to load and are progressively less responsive over time
the water to have a greater tendency to remain in liquid phasecausingthe water to have a greater tendency to remain in liquid phase
within the system itself so the entropy is not necessarily conserved it actually increases until the system reaches equilibrium dS 0 at equilibrium 7is createdwithin the system itself so the entropy is not necessarily conserved it actually increases until the system reaches equilibrium dS 0 at equilibrium 7
from the hydrophobic effect mentioned aboveresultingfrom the hydrophobic effect mentioned above
death because the degree of information input tends to zero with timecausesdeath because the degree of information input tends to zero with time
in destabilization of orderresultsin destabilization of order
from the rise in temperatureresultingfrom the rise in temperature
the binding between the capsid and its major host cell receptorcan influencethe binding between the capsid and its major host cell receptor
from energy useresultingfrom energy use
The constant(passive) is ... influenced byThe constant
the whistlesetsthe whistle
bad chaos(passive) caused bybad chaos