According to the table below, which statement describes an exother- mic reaction in which the randomness decreases? Enthalpy Change Entropy Change Spontaneous Reaction? Exothermic (-AH) Increase (+AS) Yes, -AG at any temperature Exothermic (-AH) Decrease (-AS) Only at low temps, if |T AS| < |AH| Endothermic (+AH) | Increase (+AS) | Only at high temps, if |T AS| > JAH| Endothermic (+AH) | Decrease (-AS) | No, +AG at any temperature
According to the table below, which statement describes an exother- mic reaction in which the randomness decreases? Enthalpy Change Entropy Change Spontaneous Reaction? Exothermic (-AH) Increase (+AS) Yes, -AG at any temperature Exothermic (-AH) Decrease (-AS) Only at low temps, if |T AS| < |AH| Endothermic (+AH) | Increase (+AS) | Only at high temps, if |T AS| > JAH| Endothermic (+AH) | Decrease (-AS) | No, +AG at any temperature
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![According to the table below, which statement describes an exother-
mic reaction in which the randomness decreases?
Enthalpy Change Entropy Change Spontaneous Reaction?
Exothermic (-AH)
Increase (+AS) Yes, -AG at any temperature
Exothermic (-AH)
Decrease (-AS) Only at low temps, if |T AS| < |AH|
Endothermic (+AH) Increase (+AS) Only at high temps, if |T AS| > |AH|
Endothermic (+AH) | Decrease (-AS) No, +AG at any temperature
A
It is spontaneous at all temperatures.
B
It is not spontaneous at any temperature.
C I t is spontaneous only at lower temperatures.
D
It is spontaneous only at higher temperatures.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F95b555fe-c61f-4380-ac77-d5f60f2cc03d%2F0c3c50e4-7b01-4e85-bee7-93454eaa58e1%2Fuahftmh_processed.png&w=3840&q=75)
Transcribed Image Text:According to the table below, which statement describes an exother-
mic reaction in which the randomness decreases?
Enthalpy Change Entropy Change Spontaneous Reaction?
Exothermic (-AH)
Increase (+AS) Yes, -AG at any temperature
Exothermic (-AH)
Decrease (-AS) Only at low temps, if |T AS| < |AH|
Endothermic (+AH) Increase (+AS) Only at high temps, if |T AS| > |AH|
Endothermic (+AH) | Decrease (-AS) No, +AG at any temperature
A
It is spontaneous at all temperatures.
B
It is not spontaneous at any temperature.
C I t is spontaneous only at lower temperatures.
D
It is spontaneous only at higher temperatures.
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