Polymers
a. $$Caprolactum\: \xrightarrow {hydrolysis} A$$ b. $$A + Glycine \rightarrow B (Polymer) $$ Here, $$B$$ is : I. Condensation Polymer II. Addition Polymer III. Polyamide Polymer IV. Polyester Polymer V. Biodegradable Polymer
Which one of the following sets forms the biodegradable polymer?
The condensation polymerization of H2N−CH2−COOH and H2N−(CH2)5−COOH forms Nylon-2-Nylon-6 which is a bio-degradable polymer. It can be degraded by microorganisms like bacteria fungi, etc. which are present in the environment.It is non-toxic and non-polluting.
In the options B,C and D, the condensation polymerisation of monomers results in the formation of non-biodegradable polymers.
Hence, option A is correct.
a. $$Caprolactum\: \xrightarrow {hydrolysis} A$$ b. $$A + Glycine \rightarrow B (Polymer) $$ Here, $$B$$ is : I. Condensation Polymer II. Addition Polymer III. Polyamide Polymer IV. Polyester Polymer V. Biodegradable Polymer
Which set is correctly matched?
Which of the following are biodegradable polymers?
Which of the following is a biodegradable polymer?
Categorise the materials of the following products into 'can be recycled' and 'cannot be recycled': Telephone instruments, plastic toys, cooker handles, carry bags, ball point pens, plastic bowls, plastic covering on electrical wires, plastic chairs, electrical switches.
What is a biodegradable polymer ? Give an example of a biodegradable aliphatic polyester.