Not all protons in a molecule can be donated in an acid-base reaction. Below are three molecules, each with the proton donated in an acid-base reaction circled. What do these protons have in common?
A) They are all attached to oxygen.
B) They are all in a carbon-containing molecule.
C) They are all attached to the most electronegative atom in the molecule.
D) They are the only hydrogens in the molecule.
E) They are all attached to carbon.

Question

Not all protons in a molecule can be donated in an acid-base reaction. Below are three molecules, each with the proton donated in an acid-base reaction circled. What do these protons have in common? 
A) They are all attached to oxygen. 
B) They are all in a carbon-containing molecule. 
C) They are all attached to the most electronegative atom in the molecule. 
D) They are the only hydrogens in the molecule. 
E) They are all attached to carbon.

Quizplus · Accepted Answer

The Answer of Not all protons in a molecule can be donated in an acid-base reaction. Below are three molecules, each with the proton donated in an acid-base reaction circled. What do these protons have in common? 
A) They are all attached to oxygen. 
B) They are all in a carbon-containing molecule. 
C) They are all attached to the most electronegative atom in the molecule. 
D) They are the only hydrogens in the molecule. 
E) They are all attached to carbon.

Not All Protons in a Molecule Can Be Donated in an Acid-Base