Which structure diagram completes the table of physical structures of the main functional groups?

A 6 column table with 1 row. Column 1 is labeled Alchol with entry a molecule R single bonded to O H. Column 2 is labeled Ether with entry a molecule R single bonded to O single bonded to R prime. Column 3 is labeled Ketone with entry blank. Column 4 is labeled Aldehyde with entry Molecule H single bonded to C, which is double bonded to O and single bonded to R. Column 5 is labeled Carboxylic Acid with entry molecule O H single bonded to C, which is double bonded to O and single bonded to R. Column 5 is labeled Ester with entry molecule R prime single bonded to O single bonded to C, which is double bonded to O and single bonded to R.

A molecule H single bonded to C, which is double bonded to O and single bonded to R.
A molecule R prime single bonded to C, which is double bonded to O and single bonded to R.
A molecule O single bonded to C, which is double bonded to R prime and single bonded to R.
A molecule R prime single bonded to C, which is single bonded to O and single bonded to R.

A ketone can be defined as a class of organic compound that typically comprises a carbonyl group in which an atom of carbon (C) is covalently bonded to an atom of oxygen (O).

In this context, we can infer and logically deduce that a structure diagram which completes the table of physical structures of the main functional groups is as follows:

R'

|

C = O

|

R

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