
(a)
Interpretation:
It should be determined that whether or not the equilibrium will favour product over reactants under the given condition.
Concept Introduction:
Equilibrium constant: At equilibrium the ratio of products to reactants has a constant value. And it is represented by the letter K.
For a general reaction,
The equilibrium constant
If the value of
If the value of
The Gibbs free energy or the free energy change is a
(b)
Interpretation:
It should be determined that whether or not the equilibrium will favour product over reactants under the given condition.
Concept Introduction:
Equilibrium constant: At equilibrium the ratio of products to reactants has a constant value. And it is represented by the letter K.
For a general reaction,
The equilibrium constant
If the value of
If the value of
The Gibbs free energy or the free energy change is a thermodynamic quantity represented by
(c)
Interpretation:
It should be determined that whether or not the equilibrium will favour product over reactants under the given condition.
Concept Introduction:
The Gibbs free energy or the free energy change is a thermodynamic quantity represented by
If
If
If
(d)
Interpretation:
It should be determined that whether or not the equilibrium will favour product over reactants under the given condition.
Concept Introduction:
The Gibbs free energy or the free energy change is a thermodynamic quantity represented by
If
If
If
An exothermic process is one that loses heat to the surroundings.
An endothermic reaction is one that gains heat from the surroundings.
(e)
Interpretation:
It should be determined that whether or not the equilibrium will favour product over reactants under the given condition.
Concept Introduction:
The Gibbs free energy or the free energy change is a thermodynamic quantity represented by
If
If
If
An exothermic process is one that loses heat to the surroundings.
An endothermic reaction is one that gains heat from the surroundings.

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Chapter 6 Solutions
Organic Chemistry 3rd.ed. Klein Evaluation/desk Copy
- Look at the image attached pleaarrow_forwardComplete the mechanismarrow_forwardV Biological Macromolecules Drawing the Haworth projection of an aldose from its Fischer projection Draw a Haworth projection of a common cyclic form of this monosaccharide: H C=O HO H HO H H OH CH₂OH Explanation Check Click and drag to start drawing a structure. Xarrow_forward
- Complete the mechanismarrow_forwardComplete the mechanismarrow_forward8 00 6 = 10 10 Decide whether each of the molecules in the table below is stable, in the exact form in which it is drawn, at pH = 11. If you decide at least one molecule is not stable, then redraw one of the unstable molecules in its stable form below the table. (If more than unstable, you can pick any of them to redraw.) Check OH stable HO stable Ounstable unstable O OH stable unstable OH 80 F6 F5 stable Ounstable X Save For Later Sub 2025 McGraw Hill LLC. All Rights Reserved. Terms of Use | Privacy C ཀྭ་ A F7 매 F8 F9 4 F10arrow_forward
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