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Isabella Farall & Andrea Milla

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At temperature T

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ΔS (change of the disorder)

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ΔH (change of total energy with the system)

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ΔG of a system is defined by:

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The relationship between Enthalpy, Free Energy, and Entropy     

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The relationship between Enthalpy, Free Energy, and Entropy     

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                                          Predicting Spontaneity 

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                                          Predicting Spontaneity 

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Energy input is necessary to proceed (endothermic)

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Occurs on its own without outside intervention
(exothermic)

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Entropy of a pure crystalline substance at absolute zero = 0

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State of disorganization increases over time

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Energy cannot be created or destroyed, only converted

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Determines the spontaneity of a process

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Heat absorbed or expelled by the system

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Disorder of a system

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Matter being studied vs Everything external

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∆G (free energy)

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∆H vs ∆S

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Property that describes the current state of a system = initial & final state

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Transfer of energy from a system to its surroundings

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Relationship between heat, work, temperature, and energy.