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Which Equation Can Be Used to Determine ΔGform for C2H5OH

Question 60

Multiple Choice

Which equation can be used to determine ΔGform for C2H5OH from its elemental parts.Be sure that the reaction is balanced. Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ


A) ΔGform = Δ Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
- ΔGC - Δ
Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
- Δ
Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
B) ΔGform = 2Δ Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
- 4ΔGC - 6Δ
Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
- Δ
Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
C) ΔGform = 2ΔGC + 6ΔGH + ΔGO
D) ΔGform = Δ Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
- 2ΔGC - 3Δ
Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ
- Δ
Which equation can be used to determine ΔG<sub>form</sub> for C<sub>2</sub>H<sub>5</sub>OH from its elemental parts.Be sure that the reaction is balanced. A) ΔG<sub>form</sub> = Δ <sub> </sub>- ΔG<sub>C</sub><sub> </sub>- Δ <sub> </sub>- Δ B) ΔG<sub>form</sub> = 2Δ <sub> </sub>- 4ΔG<sub>C</sub><sub> </sub>- 6Δ <sub> </sub>- Δ C) ΔG<sub>form</sub> = 2ΔG<sub>C</sub><sub> </sub>+ 6ΔG<sub>H</sub><sub> </sub>+ ΔG<sub>O</sub> D) ΔG<sub>form</sub> = Δ <sub> </sub>- 2ΔG<sub>C</sub><sub> </sub>- 3Δ <sub> </sub>- Δ

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