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Which Equation Can Be Used to Determine ΔGform for C2H5OH

Question 5

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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