Recognizing consistency betweell The statements in the tables below are about two different chemical equilibria. The symbols have their usual meaning, for example AG stands for the standard Gibbs free energy of reaction and K stands for the equilibrium constant. In each table, there may be one statement that is false because it contradicts the other three statements. If you find a false statement, check the box next to it. Otherwise, check the "no false statements" box under the table. statement AG 0 AHTAS K>1 In K 0 no false statements: false? O Ⓒ O statement AG 0 K<1 AH
Recognizing consistency betweell The statements in the tables below are about two different chemical equilibria. The symbols have their usual meaning, for example AG stands for the standard Gibbs free energy of reaction and K stands for the equilibrium constant. In each table, there may be one statement that is false because it contradicts the other three statements. If you find a false statement, check the box next to it. Otherwise, check the "no false statements" box under the table. statement AG 0 AHTAS K>1 In K 0 no false statements: false? O Ⓒ O statement AG 0 K<1 AH
World of Chemistry, 3rd edition
3rd Edition
ISBN:9781133109655
Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Chapter17: Equilibrium
Section: Chapter Questions
Problem 33A
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![**Recognizing Consistency Between Statements About Chemical Equilibria**
The statements in the tables below are about two different chemical equilibria. The symbols have their usual meaning, for example, \( \Delta G^\circ \) stands for the standard Gibbs free energy of reaction and \( K \) stands for the equilibrium constant.
In each table, there may be one statement that is false because it contradicts the other three statements. If you find a false statement, check the box next to it. Otherwise, check the "no false statements" box under the table.
| statement | false? |
|-------------------------|----------|
| \( \Delta G^\circ > 0 \) | ☐ |
| \( \Delta H^\circ < T \Delta S^\circ \) | ☐ |
| \( K > 1 \) | ☐ |
| \( \ln K > 0 \) | ☐ |
| no false statements: | ☐ |
| statement | false? |
|-------------------------|----------|
| \( \Delta G^\circ > 0 \) | ☐ |
| \( K < 1 \) | ☐ |
| \( \Delta H^\circ < T \Delta S^\circ \) | ☐ |
| \( \ln K < 0 \) | ☐ |
| no false statements: | ☐ |
This interactive exercise is designed to test your understanding of the relationships between standard Gibbs free energy and equilibrium constants in chemical equilibria.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4100c518-1a8f-4898-88a2-d0f1a7669694%2F04ed9b90-53b8-4e3c-a306-dd4cde44236a%2F82zxz1s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Recognizing Consistency Between Statements About Chemical Equilibria**
The statements in the tables below are about two different chemical equilibria. The symbols have their usual meaning, for example, \( \Delta G^\circ \) stands for the standard Gibbs free energy of reaction and \( K \) stands for the equilibrium constant.
In each table, there may be one statement that is false because it contradicts the other three statements. If you find a false statement, check the box next to it. Otherwise, check the "no false statements" box under the table.
| statement | false? |
|-------------------------|----------|
| \( \Delta G^\circ > 0 \) | ☐ |
| \( \Delta H^\circ < T \Delta S^\circ \) | ☐ |
| \( K > 1 \) | ☐ |
| \( \ln K > 0 \) | ☐ |
| no false statements: | ☐ |
| statement | false? |
|-------------------------|----------|
| \( \Delta G^\circ > 0 \) | ☐ |
| \( K < 1 \) | ☐ |
| \( \Delta H^\circ < T \Delta S^\circ \) | ☐ |
| \( \ln K < 0 \) | ☐ |
| no false statements: | ☐ |
This interactive exercise is designed to test your understanding of the relationships between standard Gibbs free energy and equilibrium constants in chemical equilibria.
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