An endothermie process that decreases in entropy is always nonspontaneous. Why can't we determine a temperature at which it shifts to being spontancous? An endothermic process has a positive AH. A increase in entropy has a positive AS. If we plug this into the equation, it will give us a negative value for temperature, which is not possible because the temperature is in Kelvin, and the lowest value that it can acquire is zero, An endothermic process has a positive AH. A decrease in entropy has a negative AS. If we plug this into the equation, it will give us a negative value for temperature, which is not possible because the temperature is in Kelvin, and the lowest value that it can acquire is zero. s An endothermic process has a positive AS. A decrease in entropy has a negative AH. If we plug this into the equation, it will give us a negative value for temperature, which is possible because the temperature is in Kelvin, and the lowest value that it can acquire is zero, d. None of the above

An endothermie process that decreases in entropy is always nonspontaneous. Why can't we determine a temperature at which it shifts to being spontancous? An endothermic process has a positive AH. A increase in entropy has a positive AS. If we plug this into the equation, it will give us a negative value for temperature, which is not possible because the temperature is in Kelvin, and the lowest value that it can acquire is zero, An endothermic process has a positive AH. A decrease in entropy has a negative AS. If we plug this into the equation, it will give us a negative value for temperature, which is not possible because the temperature is in Kelvin, and the lowest value that it can acquire is zero. s An endothermic process has a positive AS. A decrease in entropy has a negative AH. If we plug this into the equation, it will give us a negative value for temperature, which is possible because the temperature is in Kelvin, and the lowest value that it can acquire is zero, d. None of the above

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

An endothermie process that decreases in entropy is always nonspontancous. Why can't
we determine a temperature at which it shifts to bcing spontancous?
An endothermic process has a positive AH. A increase in entropy has a positive AS.
If we plug this into the equation, it will give us a negative value for temperature,
which is not possible because the temperature is in Kelvin, and the lowest value
that it can acquire is zero.
An endothermic process has a positive AH. A decrease in entropy has a negative
AS. If we plug this into the equation, it will give us a negative value for temperature,
which is not possible becnuse the temperature is in Kelvin, and the lowest value
that it can acquire is zero.
An endothermic process has a positive AS. A decrease in entropy has a negative
AH. If we plug this into the equation, it will give us a negative value for
temperature, which is possible because the temperature is in Kelvin, and the lowest
value that it can acquire is zero.
d. None of the above

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