Question

The above shown polymer is obtained when a carbonyl
compound is allowed to stand. It is a white solid. The polymer
is
(a) Trioxane (b) Formose
(c) Paraformaldehyde (d) Metaldehyde

Answer 1

$\huge\underline \mathfrak \blue{Answer}$

(a) Trioxane✔✔

Answer 2

The above shown polymer is obtained when a carbonyl  compound is allowed to stand. It is a white solid. The polymer  is Trioxane.

Explanation:

Trioxane

• It is also known as "1, 3, 5 - Trioxane".
• It is a compound of chemical and C3H6O3 is the molecular formula.
• Odor like chloroform and white solid.
• In formaldehyde, it is cyclic trimer which is stable and it is one third of trioxane isomers.
• 3 oxygen atom alters with 3 carbon atoms in a ring of six members.
• 1, 3, 5 - trioxane formed from cyclotrimerization.
• In formaldehyde trimerization occurs and acid as catalyst to form trioxane.
• Using concentrated aqueous solution the reaction takes place and  by the use of solvent extraction the products were separated.

To learn more;

1. The above shown polymer is obtained when a carbonyl compound is allowed to stand. It is a white solid. The polymer is

       (a) Trioxane

       (b) Formose

       (c) Paraformaldehyde

       (d) Metaldehyde

1. https://brainly.in/question/8859512