Quick Quiz
Questions ▼
Class 9 Chemistry Kerala Syllabus. We covered all the Class 9 Chemistry Kerala Syllabus MCQs in this post for free so that you can practice well for the exam.
Install our MCQTUBE Android app from the Google Play Store and prepare for any competitive government exams for free.
These types of competitive MCQs appear in exams like SSC, Railway, Bank, Delhi Police, UPSSSC, UPSC (Pre), State PCS, CDS, NDA, Assistant Commandant, and other Competitive Examinations, etc.
We created all the competitive exam MCQs into several small posts on our website for your convenience.
You will get their respective links in the related posts section provided below.
Related Posts:
Class 9 Chemistry Kerala Syllabus for Students
The Class 9 Chemistry syllabus for the Kerala State Board typically includes:
1. Matter in Our Surroundings
2. Is Matter Around Us Pure
- Elements and compounds
- Mixtures (homogeneous and heterogeneous)
- Separation techniques
3. Atoms and Molecules
- Concept of atoms and molecules
- Symbols and formulae
- Atomic and molecular masses
4. Structure of the Atom
- Basic structure of the atom
- Electron, proton, neutron
- Atomic models
- Types of chemical reactions
- Balancing chemical equations
- Effects of chemical reactions
8. Carbon and its Compounds
This syllabus covers fundamental concepts and provides a foundation for understanding more complex chemical principles in higher classes.
Class 9 Chemistry Kerala Syllabus Objective for Students
The polymer obtained from monomers glycine and e amino caproic acid is:
(A) Buna-S
(B) Dextron
(C) PHBV
(D) Nylon-2-nylon-6
Option d – Nylon-2-nylon-6
Polyacrylamide gel is used in ( Class 9 Chemistry Kerala MCQ )
(A) Paints
(B) Electrophoresis
(C) Raincoats
(D) Gaskets
Option b – Electrophoresis
Bakelite is obtained from phenol by reaction with:
(A) Ethanal
(B) Methanol
(C) Methanal
(D) Acetone
Option c – Methanal
SBR is obtained from 75 parts of butadiene and 25 parts of styrene subjected to addition polymerization by the action of ( Class 9 Chemistry Kerala MCQ )
(A) Hydrogen
(B) Sulphur
(C) Lithium
(D) Sodium
Option d – Sodium
Chloroprene polymerizes rapidly in the presence of:
(A) Hydrogen
(B) Oxygen
(C) Helium
(D) Neon
Option b – Oxygen
Vulcanization of neoprene takes place in the presence of ( Class 9 Chemistry Kerala MCQ )
(A) Magnesium oxide
(B) Tritium oxide
(C) Vanadium oxide
(D) Polonium oxide
Option a – Magnesium oxide
The molecular formula of cellulose is:
(A) Cell-OH
(B) Cell-OR
(C) Cell-OAr
(D) Cell-SR
Option a – Cell-OH
Cellulose xanthate, when mixed with dilute NaOH, gives ( Class 9 Chemistry Kerala MCQ )
(A) Viscose
(B) Acetate
(C) Tartarate
(D) Carboxylate
Option a – Viscose
PHBV is a:
(A) Polyether polymer
(B) Polyester polymer
(C) Polyamide polymer
(D) Polyhydroxyl polymer
Option b – Polyester polymer
Which of the following is a natural polymer? ( Class 9 Chemistry Kerala MCQ )
(A) poly (Butadiene-acrylonitrile)
(B) cis-1,4-polyisoprene
(C) poly (Butadiene-styrene)
(D) polybutadiene
Option b – cis-1,4-polyisoprene
The reaction between benzaldehyde and acetophenone in the presence of dilute NaOH is known as:
(A) Cross Aldol condensation
(B) Aldol condensation
(C) Cannizzaro’s reaction
(D) Cross Cannizzaro’s reaction
Option a – Cross Aldol condensation
The mixture which shows positive deviation from Raoult’s law is ( Class 9 Chemistry Kerala MCQ )
(A) Chloroethane + Bromoethane
(B) Ethanol + Acetone
(C) Benzene + Toluene
(D) Acetone + Chloroform
Option b – Ethanol + Acetone
Which of the following sets of molecules will have zero dipole moment?
(A) Boron trifluoride, beryllium difluoride, carbon dioxide, 1,4-dichlorobenzene
(B) Ammonia, beryllium difluoride, water, 1,4 dichlorobenzene
(C) Boron trifluoride, hydrogen fluoride, carbon dioxide, 1,3-dichlorobenzene
(D) Nitrogen trifluoride, beryllium difluoride, water, 1,3-dichlorobenzene
Option a – Boron trifluoride, beryllium difluoride, carbon dioxide, 1,4-dichlorobenzene
Paper chromatography is an example of ( Class 9 Chemistry Kerala MCQ )
(A) Column chromatography
(B) Adsorption chromatography
(C) Partition chromatography
(D) Thin-layer chromatography
Option c – Partition chromatography
Chemically treated natural polymers are:
(A) Synthetic polymer
(B) Semi-synthetic polymer
(C) Fibres
(D) Thermosetting polymer
Option b – Semi-synthetic polymer
Polymers obtained in the laboratory by polymerization of simple chemicals are ( Class 9 Chemistry Kerala MCQ )
(A) Elimination polymer
(B) Natural polymer
(C) Synthetic polymer
(D) Semisynthetic polymer
Option c – Synthetic polymer
Thermosetting polymers are:
(A) Animal polymer
(B) Linear polymer
(C) Network polymer
(D) Branched polymer
Option c – Network polymer
The polymerization process complete with the formation of a dimer, trimer, etc. by condensation is ( Class 9 Chemistry Kerala MCQ )
(A) Condensation polymers
(B) Addition polymers
(C) Chain growth polymerization
(D) Step growth polymerization
Option d – Step growth polymerization
The polymers which have two or more types of repeating units are called:
(A) Copolymer
(B) Homopolymer
(C) Addition polymers
(D) Condensation polymers
Option a – Copolymer
The synthetic polymers that are not affected by microbes are called ( Class 9 Chemistry Kerala MCQ )
(A) Biodegradable polymers
(B) Non-biodegradable polymers
(C) PHBV
(D) Nylon-2-nylon-6
Option b – Non-biodegradable polymers
Select the initiator that generates free radicals:
(A) Acetyl peroxide
(B) Methyl alcohol
(C) Isopropyl chloride
(D) Isopropyl amine
Option a – Acetyl peroxide
The intermediate formed during chain growth polymerization is ( Class 9 Chemistry Kerala MCQ )
(A) Carbanion
(B) Carbocation
(C) Free radical
(D) Either ‘A’ or ‘B’
Option c – Free radical
The functionality of polymer depends upon:
(A) Type of polymer
(B) Mass of polymer
(C) Size of polymer
(D) No. of bonding sites in polymer
Option a – Type of polymer
Incorrect statement about branched chain polymers is ( Class 9 Chemistry Kerala MCQ )
(A) They have low density and melting point.
(B) They contain continuous chains.
(C) Their molecules are irregularly packed.
(D) They have branched side chains of different lengths.
Option b – They contain continuous chains
The polymer chains form fibers by:
(A) Cooling
(B) Chemical treatment
(C) Stretched by external force
(D) Hydrogen bonding
Option c – Stretched by external force
Polymers having intermolecular attractive forces between elastomers and fibers are ( Class 9 Chemistry Kerala MCQ )
(A) Synthetic polymers
(B) Plant polymers
(C) Thermoplastic polymers
(D) Thermosetting polymers
Option c – Thermoplastic polymers
The polymers which do not become soft on heating and cannot be remolded or recycled are:
(A) Fibers
(B) Elastomers
(C) Thermoplastic polymers
(D) Thermosetting polymers
Option d – Thermosetting polymers
Polymers having a network or cross-linked chain polymers through strong covalent bonds are ( Class 9 Chemistry Kerala MCQ )
(A) Polypropylene
(B) Teflon
(C) Melamine
(D) Terylene
Option c – Melamine
The molecular mass of an addition polymer is:
(A) Very low
(B) Equal to monomer
(C) Double the mass of the monomer
(D) Equal to an integral multiple of monomer
Option d – Equal to an integral multiple of monomer
Linear polymers have not ( Class 9 Chemistry Kerala MCQ )
(A) Low melting point
(B) High density
(C) High tensile strength
(D) Close-packed molecules
Option a – Low melting point
The process in which monomeric units are added successively to form a polymer is called:
(A) Addition-elimination polymer
(B) Condensation polymerization
(C) Chain growth polymerization
(D) Step growth polymerization
Option c – Chain growth polymerization
Polymers that have only one type of repeating unit are called ( Class 9 Chemistry Kerala MCQ )
(A) Heteropolymer
(B) Homopolymer
(C) Addition polymers
(D) Condensation polymer
Option b – Homopolymer
Polymers obtained by using different monomers are called:
(A) Animal polymers
(B) Plant polymers
(C) Heteropolymers
(D) Homopolymers
Option c – Heteropolymers
Biodegradable polymers ( Class 9 Chemistry Kerala MCQ )
(A) Have only ester linkage
(B) Addition polymers
(C) Co-polymers
(D) Ether linkage
Option c – Co-polymers
Gutta Percha is:
(A) cis-1,4-polyisoprene
(B) trans-1,4-polyisoprene
(C) trans-1,2-polyisoprene
(D) cis-1,2-polyisoprene
Option b – trans-1,4-polyisoprene
Nylon-6,6 has a high molecular mass range of ( Class 9 Chemistry Kerala MCQ )
(A) 12,000 u to 40,000 u
(B) 10,000 u to 50,000 u
(C) 12,000 u to 50,000 u
(D) 10,000 u to 48,000 u
Option c – 12,000 u to 50,000 u
In the chain propagation step of free radical polymerization:
(A) Polymer is formed
(B) Decarboxylation of fatty acid
(C) Phenyl free radical is formed
(D) Larger free radical is formed
Option d – Larger free radical is formed
The molecular mass of natural rubber falls within the range of:
(A) 1,30,000 u to 3,40,000 u
(B) 1,35,000 u to 3,00,000 u
(C) 504 u to 100 u
(D) 50,000 u to 1,50,000 u
Option a – 1,30,000 u to 3,40,000 u
Artificial wool and blankets are obtained from:
(A) Acrilan
(B) PAN
(C) Orlon
(D) Either A, B, C
Option d – Either A, B, C
Vulcanized rubber contains cross-linking chains of:
(A) Styrene
(B) trans-1,4-polypropene
(C) cis-1,4-polyisopropene
(D) trans-1,4-polyisopropene
Option c – cis-1,4-polyisopropene
LDP is a poor conductor of electricity with a melting point of:
(A) 112°C
(B) 111°C
(C) 110°C
(D) 210°C
Option c – 110°C
The catalyst used in the preparation of HDP is:
(A) Ziegler-Natta
(B) Grignard’s reagent
(C) Reimer-Tieman
(D) Stephen
Option a – Ziegler-Natta
Polymers used in non-stick cookware and gaskets are:
(A) Orlon
(B) Teflon
(C) Nylon-6
(D) Bakelite
Option b – Teflon
Acrylonitrile on polymerization gives:
(A) Orlon
(B) Terylene
(C) Teflon
(D) Neoprene
Option a – Orlon
Natural rubber is which type of polymer?
(A) Addition
(B) Coordination
(C) Condensation
(D) Substitution
Option a – Addition
Balloons, tires, Surgeon’s gloves, and garden hoses are examples of:
(A) Bakelite
(B) Urea-formaldehyde
(C) Rubber
(D) Urea-melamine polymer
Option c – Rubber
Latex obtained from rubber trees is in the form of:
(A) Aerosol
(B) Coarse suspension
(C) True solution
(D) Colloidal suspension
Option d – Colloidal suspension
Heating rubber with sulfur powder in the presence of zinc butyl xanthate at 150°C is called:
(A) Oxidation
(B) Galvanization
(C) Sulphonation
(D) Vulcanization
Option d – Vulcanization
The amount of hydrocarbon present in the Havea tree is:
(A) Very high (35%)
(B) Very low (0.5%)
(C) 5.5%
(D) 12.5%
Option a – Very high (35%)
Which of the following is obtained by the polymerization of ethylene under high pressure (1000-2000 atm) and temperature (350-570 K) in the presence of peroxide?
(A) Low-density polythene
(B) High-density polythene
(C) PAN
(D) Bura-N
Option a – Low-density polythene
The raw material used in the preparation of LDP is:
(A) Ethylene
(B) Ethyl chloride
(C) Ethylamine
(D) Ethanol
Option a – Ethylene
Which of the following bonds is very difficult to break and remains unaffected by corrosive alkali, organic solvents?
(A) C-F
(B) Na – Cl
(C) K – Br
(D) K – OH
Option a – C-F
A cyclic ester formed by the intramolecular reaction of -OH group and -COOH group is called:
(A) Lactone
(B) Lactam
(C) Acetal
(D) Ketol
Option a – Lactone
The polymer used for making tyre cords, fabrics, and ropes is:
(A) Nylon 6
(B) Melamine
(C) Bakelite
(D) Teflon
Option a – Nylon 6
Polyethylene terephthalate (PET) is a polymer of:
(A) Polyamide
(B) Polyester
(C) Polyether
(D) Polyhalide
Option b – Polyester
Telephone instrument is obtained from:
(A) Animal polymer
(B) Plant polymer
(C) Bakelite
(D) Elastomers
Option c – Bakelite
The raw material used in the preparation of nylon-6,6 is:
(A) Adipic acid and ethanol
(B) Adipic acid and ethane1,2-diol
(C) Adipic acid and hexamethylene diamine
(D) Hexamethylene diamine and vinyl cyanide
Option c – Adipic acid and hexamethylene diamine
Nylon is an example of:
(A) Polyamide
(B) Polysaccharide
(C) Polythene
(D) Polyester
Option a – Polyamide
Biodegradable polymers are used in:
(A) Drug release materials
(B) Implants
(C) Orthopedic devices
(D) All of the above (A, B, and C)
Option d – All of the above (A, B, and C)
Buna-N polymer is obtained by reacting But-1,3 diene and:
(A) Vinyl cyanide
(B) Vinyl chloride
(C) Vinyl alcohol
(D) Vinyl bromide
Option a – Vinyl cyanide
A three-dimensional cross-linked network solid having links at two ortho and one para position is called:
(A) Bakelite
(B) Orlon
(C) PVC
(D) PAN
Option a – Bakelite
The reaction of Melamine + Methanal to form Melamine formaldehyde resin is an example of:
(A) Addition-elimination polymerization
(B) Condensation polymerization
(C) Elimination polymerization
(D) Rearrangement polymerization
Option b – Condensation polymerization
Buna-S is a polymer of:
(A) Styrene and methanal
(B) Styrene and but-1,2-diene
(C) Styrene and but-1,3-diene
(D) But-1,3-diene and vinyl cyanide
Option c – Styrene and but-1,3-diene
Cellulose pulp wood is treated with conc. NaOH to give:
(A) Alkali cellulose
(B) Cellulose xanthate
(C) Viscose rayon
(D) Acetate rayon
Option a – Alkali cellulose
Which of the following is a natural polymer?
(A) Poly(butadiene-acrylonitrile)
(B) cis-1,4-polyisoprene
(C) Poly(butadiene-styrene)
(D) Polybutadiene
Option b – cis-1,4-polyisoprene
The biodegradable polymer is:
(A) Nylon-2-nylon-6
(B) Nylon-6
(C) Buna-S
(D) Nylon-6,6
Option a – Nylon-2-nylon-6
Regarding cross-linked or network polymers, which of the following statements is incorrect?
(A) Examples are bakelite and melamine
(B) They are formed from bi-and tri-functional monomers.
(C) They contain covalent bonds between various linear polymer chains.
(D) They contain strong covalent bonds in their polymer chains.
Option d – They contain strong covalent bonds in their polymer chains
Polycarbonate is a polymer of:
(A) Ethylene glycol + phthalic acid
(B) Butadiene + acrylonitrile
(C) Urea + methanal
(D) Bisphenol + Phosgene
Option d – Bisphenol + Phosgene
Nylon is an example of:
(A) Polyester
(B) Polysaccharide
(C) Polyamide
(D) Polythene
Option c – Polyamide
Which one of the following is not a condensation polymer?
(A) Melamine
(B) Glyptal
(C) Dacron
(D) Neoprene
Option d – Neoprene
Which of the following statements is false?
(A) Artificial silk is derived from cellulose.
(B) Nylon-66 is an example of an elastomer.
(C) The repeat unit in natural rubber is isoprene.
(D) Both starch and cellulose are polymers of glucose.
Option b – Nylon-66 is an example of an elastomer
Biodegradable polymer that can be produced from glycine and aminocaproic acid is:
(A) Nylon-2-nylon-6
(B) PHBV
(C) Buna-N
(D) Nylon-6,6
Option a – Nylon-2-nylon-6
Caprolactam is used for the manufacture of:
(A) Nylon-6
(B) Teflon
(C) Terylene
(D) Nylon-6,6
Option a – Nylon-6
Natural rubber has:
(A) All trans-configuration
(B) Alternate cis-and trans-configuration
(C) Random cis- and trans-configuration
(D) All cis-configuration
Option d – All cis-configuration
We covered all the class 9 chemistry Kerala syllabus mcqs above in this post for free so that you can practice well for the exam.
Check out the latest MCQ content by visiting our mcqtube website homepage.
Also, check out:
