Class-wbx C. 2) Which of the folbing is not notorivat poly a) Cellular b) Dria C. TBFion d) Protiein 8, the type of polymer Formed from enstion of C, nuatcultapolyma diphomo pestor 3. What is the monomet for puc? a. Cnloro Pithane b. Pthul Chord C) Cnlarofom d) Gnivarathe Zuwnich of the following 15 in Correct abefsid by the monomes of pveis mathrm(CHCl)=mathrm(CHCl) C) Frcis Fitf dy Prcis 5 taf tense on omparing 5 Ca55 ify e8ach o.7the follow'ing poly meisos nashal or ghthetic. a wool drefion 9 BexBute. b) docion B eBinulose h Gyeogen c.ingulin & PVC i DNA 6. How many monomer units axe in terion a monar mass of. 2.82 times 10^4 gimole; itis 5 +nuctur:s

Let's go through each question one by one:<br /><br />1. Which of the following is not a natural polymer?<br /> a) Cellular<br /> b) Dria<br /> c) TBFion<br /> d) Protein<br /><br /> Answer: c) TBFion<br /><br />2. What is the type of polymer formed from the condensation of a dicarboxylic acid and an alcohol?<br /> a) Polyethylene<br /> b) Polyamide<br /> c) Polycarbonate<br /> d) Polyvinyl chloride<br /><br /> Answer: b) Polyamide<br /><br />3. What is the monomer for PVC (Polyvinyl Chloride)?<br /> a) Chloroethane<br /> b) Ethylene<br /> c) Chloroform<br /> d) Styrene<br /><br /> Answer: a) Chloroethane<br /><br />4. Which of the following is in the correct order based on the monomers of polyvinyl chloride (PVC)?<br /> a) CH2=CHCl<br /> b) CH2=CH2<br /> c) CH3CH3<br /> d) CH3CH2OH<br /><br /> Answer: a) CH2=CHCl<br /><br />5. Classify each of the following polymers as natural or synthetic.<br /> a) Wool<br /> b) Polyethylene<br /> c) Cellulose<br /> d) DNA<br /><br /> Answer:<br /> a) Natural<br /> b) Synthetic<br /> c) Natural<br /> d) Natural<br /><br />6. How many monomer units are in a polymer with a molar mass of \( 2.82 \times 10^{4} \) g/mol, if its degree of polymerization is 5?<br /><br /> Answer: To find the number of monomer units, we can use the formula:<br /><br /> Number of monomer units = Degree of polymerization * Molar mass of the monomer<br /><br /> Given that the degree of polymerization is 5 and the molar mass of the monomer is \( 2.82 \times 10^{4} \) g/mol, we can calculate the number of monomer units as follows:<br /><br /> Number of monomer units = 5 * \( 2.82 \times 10^{4} \) g/mol<br /> Number of monomer units = \( 1.41 \times 10^{5} \) monomer units