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Most Repeated Questions in NEET Exam - Important Question for NEET 2024

Most Repeated Questions in NEET Exam - Important Question for NEET 2024

Edited By Deep pathak | Updated on May 02, 2024 11:08 AM IST | #NEET

NEET UG is the single largest medical entrance examination in India through which admission to MBBS, BDS, AYUSH, and B.Sc Nursing courses is granted. Although the NEET syllabus is vast and questions are asked from different sections, many questions get repeated too. Candidates must not miss these most repeated questions in NEET to score well in the exam.

A total of 200 questions are asked from Physics, Chemistry, Botany, and Zoology in the NEET exam. 50 questions are asked from each section. The NTA made several changes to the syllabus this year and published the NEET 2024 deleted syllabus in its information bulletin. Even though the syllabus has been reduced, the NEET syllabus is vast and covering each topic becomes hectic for the students. To counter this, candidates should know the most repeated questions in NEET and score well. Read the full article to know comprehensive details on NEET most repeated questions.

Most repeated questions in NEET pdf

Several chapters can be categorised into the most important chapters for NEET. These chapters contain the most repeated questions in the NEET exam. Having a good grasp of these chapters can increase the chances of students getting good marks.

Most repeated questions of Physics in NEET

The chapters from where most of the questions have been repeated over the years in the NEET exam are mentioned in the below table.

Physics most repeated questions in NEET

S.No.

Chapter Name

Concept name


Physical World and Measurement

Errors of Measurements


Significant Figures


Error In Quantity Raised To Some Power


Dimension


Frequency, Angular Frequency, Angular Velocity, Velocity Gradient


Magnetic Field, Permeability of Free Space, Magnetic Flux And Self Inductance


Application of Dimensional Analysis (I)- To Find Dimension Of Physical Constant


Kinematics

Uniform Circular Motion


Equation of Motions


Projectile Motion


Speed And Velocity


Kinematics Graphs


Laws of Motion

Newton’s Second and Third Law of Motion


Motion of Connected Blocks Over Pulley


Equilibrium of Concurrent Forces


Acceleration of Block Against Friction


Centripetal Force And Centrifugal Force


Angular Momentum


Work, Energy and Power

Power


Law of Conservation of Energy


Work Done By Variable Force


Potential Energy


Perfectly Elastic Head-on Collision


Motion of System of Particles and Rigid Body

Center of Mass


Equations of Linear Motion And Rotational Motion.


Torque


Work, Energy and Power for Rotating Body


Moment of Inertia of a Ring


Moment of Inertia of a Disc


Moment of Inertia of a Solid Sphere


Conservation of Angular Momentum


Gravitation

Gravitational Potential Energy (U)


Escape Velocity


Variation In ‘G’ Due to Height


Gravitational Field Intensity


Time Period and Energy of a Satellite


Properties of Bulk Matter

Stokes’ Law & Terminal Velocity


Excess Pressure Inside A Liquid Drop & Soap Bubble


Hooke’s Law


Surface Energy


Thermal Expansion and Its Types


Heat


Basics of Conduction


Law of Thermal Conductivity


Stress and Its Types


Rise of Liquid In a Capillary Tube


Thermodynamics

Adiabatic Process


Isobaric Process


Ideal Gas Equation


Kinetic Energy of Ideal Gas


Various Types of Speeds of Ideal Gases


Oscillations and Waves

Equations of Motions of Shm


Simple Pendulum


Standing Longitudinal Wave


Speed of Transverse Wave on a String


Beats


Energy In Shm


Standing Wave In a String Fixed at Both Ends


Simple Harmonic as Projection of Circular Motion


Terms Associated With Shm


Electrostatics

Electric Potential Due To Continuous Charge Distribution


Coulomb’s Law


Equipotential Surface


Combination of Capacitors


Energy Stored In Capacitor


Dielectrics


Electric Field


Applications of Gauss Law


Current Electricity

Resistance and Resistivity


Kirchhoff’s Second Law


Emf of a Cell When the Cell Is Charging and Discharging and Open Circuit and Short Circuit


Kirchhoff First Law


Voltmeter


Wheatstone’s Bridge


Meter Bridge


Magnetic Effects of Current and Magnetism

Application of Ampere’s Law


Solenoid


Motion of a Charged Particle In Uniform Magnetic Field


Lorentz Force


Circular Current Loop as Magnetic Dipole


Magnetic Field Due to Circular Current Loop


Magnetic Force on a Current-Carrying Conductor


Magnetisation and Magnetic Intensity


Electromagnetic Induction and Alternating Currents

Series LCR Circuit


Faraday’s Law of Induction


Motional Electromotive Force


Transformers


Magnetic Flux


Time-Varying Magnetic Field


Resonance In Series Lcr Circuit


Mutual Inductance for a Pair of Concentric Coils


Power In an AC Circuit


Energy Stored In an Inductor


Optics

Total Internal Reflection


Young's Double Slit Experiment


Lens Maker’s Formula


Combination of Thin Lens In Contact


Lenses at a Distance


Mirror Formula


Refraction Through a Prism


Refraction


Dispersion of Light


Power of Lens and Mirror


Astronomical Telescope


Dual Nature of Matter and Radiation

De-Broglie Wavelength of an Electron


Photoelectric Effect


Graphs In Photoelectric Effect


Electron Emission


Photons Emitted by a Source Per Second


Intensity of Radiation


Photon Flux


Atoms and Nuclei

Bohr’s Model of Hydrogen Atom


Nuclear Fission


Energy Level for Hydrogen


Mass-Energy and Nuclear Binding Energy


Radius of Orbit and Velocity of Electron


Line Spectra of Hydrogen Atom


Continuous X-Ray


Binding Energy Per Nucleon


Electronic Devices

Logic Gates


Extrinsic Semiconductor


Semiconductor Diode


Zener Diode

Chemistry most repeated questions in NEET

S.No.

Chapter Name

Concept Name


Basic Concepts of Chemistry

Mole Concept and Molar Mass


Empirical Formula And Molecular Formula


Stoichiometry, Stoichiometric Calculations And Limiting Reagent


Structure of Atom

Line spectrum of hydrogen


Radius, velocity and the energy of nth Bohr orbital


Quantum Numbers


Aufbau Principle, Pauli Exclusion Principle and Hund’s Rule of Maximum Multiplicity


Classification of Elements and Periodicity in Properties

Variation of Atomic Radii and ionic radii


Ionisation Enthalpy or Ionisation Potential


Chemical Properties - 1


Chemical Bonding and Molecular Structure

Shapes of Molecules


Dipole Moment


Limitations of The Octet Rule


Fajan’s Rule and Covalent Character in Ionic Bond


Valence Bond Theory


How to Find Hybridisation


VSPER (Valence Shell Electron Pair Repulsion) Theory


Thermodynamics

Gibbs Energy And Change In Gibbs Energy


Enthalpy of Dissociation, Atomisation And Phase Change


Isothermal Reversible and Isothermal Irreversible


Adiabatic Reversible And Irreversible Expansion


Thermochemistry And Enthalpy For Chemical Reaction


Spontaneity Criteria With Gibbs Energy (G)


Equilibrium

Solubility and Solubility Product


Carbohydrates


Bronsted Lowry and Lewis Acid-Base theory


Types of Equilibrium Constant


pH of Solutions: Strong Bases


Calculating pH of a Buffer Solution (acidic)


Redox Reaction

Oxidation Number and Oxidation State


Types of Redox Reactions


Balancing of Redox Reaction: Oxidation Number Method


P-block elements

Chemical Properties - 2


Ammonia(NH3)


Physical Properties of Group 13 - 1


Physical Properties of Group 13 - 2


Physical Properties - 2


Allotropic Form of Carbon(Graphite)


Phosphine and Phosphorus Chloride


Group 16: Oxyen Family - Physical Properties


Interhalogen Compounds


Chlorine


Organic Chemistry

Mesomeric or Resonance Effect


Hyperconjugation


Kjeldahl’s Method


Hydrocarbons

Preparation of Aldehydes


Hybridisation


Preparation of Alkanes(Corey House Reaction, Reduction of Alkyl Halides by LiAlH4, Wurtz Reaction)


Nucleophilic Substitution


Chemical Properties(Free Radical Reaction, Chlorination, Nitration and sulphonation)


Reduction of Alkynes to Alkenes


Markonikov and Anti-Markonikov Reaction


Solutions

Osmosis and Osmotic Pressure


Concentration Terms


Depression in Freezing Point


Distillation under reduced pressure and Steam distillation


Chemical Kinetics

First Order Reaction


Effective Activation Energy


Instantaneous Rate of Reaction


Rate Law


Zero Order Kinetics - Zero Order Reaction


Graphs for Zero-Order Reaction


Half-Life of First-Order Reaction


d and f block elements

Oxidation State


Screening Effect and Lanthanoid Contraction


Ionisation Energy


Formation of Coloured Ions


Coordination Compounds

Crystal Field Splitting in Octahedral Field


Magnetic Properties and Character


Terminologies Related to Coordination Compounds


Magnetic Moment (On the Basis of VBT)


Applications of CFT


Haloalkanes and Haloarenes

Nature of C-X bond and Physical Properties


SN2 Reaction


Alcohol, Phenols and Ether

Properties of Phenols


Grignard Reagent - 1


Preparation of Phenol


Aldehydes, Ketones and Carboxylic Acids

Nucleophilic Addition Reaction


Methods of Preparation of Carboxylic Acids


Organic Compounds Containing Nitrogen

Azo-Coupling Reaction


Test for Amines


Carbylamine Test


Reaction with NaNO2 + HCl


Basicity of Aliphatic Amines


Biomolecules

Amino Acids - 1


Proteins


Enzymes


Co-ordination Compounds

Oxidation Number


Most repeated questions in NEET Biology

S.No.

Chapter Name

Concept Name


Diversity in Living World

Rhodophyceae


Taxon and Taxonomic Hierarchy (Taxonomic categories)


Mycoplasma


Viruses, Viroids and Prions


Chlorophyceae/ Green Algae


Classification of Bryophytes


Reproduction in gymnosperms


Class Osteichthyes - Characteristics Features


Steps of Taxonomy


Photosynthetic Protista


Types of Life Cycles


Bryophyta


Classification of Pteridophytes


Gymnosperms


Characteristics of Angiosperms


Physiology of Porifera


Phylum Aschelminthes and Body Plan of Aschelminthes


Phylum Arthropoda and Body Plan of Arthropoda


Class Cyclostomata - Characteristics Features


Class Chondrichthyes - Characteristics Features


Class Mammalia - Characteristics Features


Structural Organisation in Animals and Plants

Vascular Tissue System


Floral Symmetry, Number of Floral Appendages and Position of Ovary in a Flower


Placentation


Cymose Inflorescence and Its Types


Parts of a Flower - Aestivation


The Fruit


Description of Some Important Families: Solanaceae


Specialised Junctions Between Epithelial Cells


Complex Permanent Tissues - Xylem


Dense Regular Connective Tissue and Dense Irregular Connective Tissue


Secondary Growth


Unstriped or Non-striated or Visceral or Smooth or Involuntary Muscle


Secondary Growth in Intrastelar Region of Dicot Stem - Heartwood and Sapwood


Respiratory System and Excretory System of Cockroach


Reproduction in Cockroach


Cell Structure and Function

Cell Cycle: Interphase


Stages of Meiosis I - Prophase I


The Nucleus


Semi-autonomous Organelles: Mitochondria (Sing. Mitochondrion)


Components of the Endomembrane System: The Golgi Apparatus


Components of the Endomembrane System: Endoplasmic Reticulum (ER)


Enzyme Inhibition


Plastids


The Cytoskeleton


Centrosome and Centrioles


Lipids and Fatty Acids


Nucleic Acids - DNA and RNA


Enzymes and Their Classification


Different Stages of Mitosis


Introduction to Meiosis


Stages of Meiosis I - Metaphase I and Anaphase I


Plant Physiology

Functions of Ethylene


Dark Reaction of Photosynthesis and RuBP


Dark Reaction: Calvin Cycle


The C4 Pathway


Tricarboxylic Acid Cycle or Krebs Cycle or Citric Acid Cycle


Functions of Gibberellins


Photoperiodism


Tissue Culture & Somatic Hybridization


Steps of Calvin Cycle


Glycolysis


Lactic Acid Fermentation


Functions of Auxins


Steps of Krebs Cycle


Human Physiology

ECG


Blood


Exchange of Gases


Disorders of the Respiratory System


Types of Animals Based on Excretory Wastes


Proximal Convoluted Tubule (PCT), Loop of Henle, Distal Convoluted Tubule (DCT) & Collecting Duct


Sarcomere


The Hypothalamus


The Pituitary Gland and Its Anterior Lobe


Forebrain: Olfactory Lobes & Diencephalon


Thyroid Disorders


Reproduction

Pollination and Its Types


Menstrual Cycle


Endosperm Development


Seed and Fruit


Spermatogenesis


Fertilization


Events of Fertilization


Implantation


Structure of Pollen Grain


Male Sex Accessory Ducts


Embryonic Development: Cleavage & Formation of Blastocyst


Genetics and Evolution

Linkage: Discovery & Meaning


DNA Fingerprinting


Gregor Johann Mendel- Father of Genetics


Salient Features of Double-Helix Structure of DNA


Packaging of DNA Helix in Eukaryotes


Hardy Weinberg Equilibrium


Chromosomal Theory of Inheritance & T.H. Morgan


Mutations & Their Features


Pedigree Analysis


Sickle-cell Anaemia


Chromosomal Disorders


Salient Features of Genetic Code


Lac Operon


Evidence of Organic Evolution: Homologous Organs & Analogous Organs


Adaptive Radiation


Origin & Evolution of Man


Disorders of the Immune System


Monohybrid Cross of Mendel


Codominance


Sex Determination


Sex Determination: XX Female & XO Male Type


Types of Mutations


Chromosomal Number Mutations


Chargaff Rule


Hershey & Chase Experiment


Messelson and Stahl Experiment


Enzymes Involved In DNA Replication


DNA Replication in Prokaryotes


RNA Polymerase in Prokaryotes & Eukaryotes


Process of Transcription in Prokaryotes


Introduction to Translation


Process of Translation


Human Genome Project & Its Goals


Chemical Evolution & Miller Experiment


Mechanism of Evolution: Genetic Drift, Founder Effect & Bottleneck Effect


Mechanism of Evolution: Natural Selection & Its Types


Biology and Human Welfare

Microbes as Biocontrol Agents


Chemicals, Enzymes and Other Bioactive Molecules


Viral Diseases


Bacterial Diseases


Innate Immunity


Commonly Abused Drugs


Microbes in Industrial Products: Antibiotics


Life Cycle of Plasmodium


Cell-Mediated Immune System


Immune System in Humans


AIDS


Microbes in Household Products


Biotechnology and Its Applications

Polymerase Chain Reaction


Functioning of Restriction Endonucleases


Gene Therapy - ADA Deficiency Treatment


Introduction to Transcription & Transcription Unit


Gel Electrophoresis


Competent Host (For Transformation with Recombinant DNA)


Insect Resistant Transgenic Plant - Bt Cotton


Tools of Biotechnology: Restriction Endonucleases


Pest Resistant Transgenic Plant Using RNAi


Biotechnological Application in Medicines - Genetically Engineered Insulin


Tools of Biotechnology: Cloning Vectors & Their Types


Bioreactors


Features required to facilitate cloning into a vector


pBR322 Plasmid Vector & Mode of Selection of Transformants


Direct or Vectorless Methods of Gene Transfer


Golden Rice


Ecology and Environment

Ozone Depletion in the Stratosphere


Functions of Ecosystem: Productivity


Cause of biodiversity losses


Ex-situ Conservation of Biodiversity


Population & Its Attributes: Population Size or Density


Models of Population Growth: Exponential Growth


Predation


Gause competitive exclusion principle & Resource Partitioning


Mutualism


Functions of Ecosystem: Decomposition


Pyramid of Biomass & Pyramid of Energy


Adaptations - I


Adaptations - II


Models of Population Growth: Logistic Growth


Competition


Parasitism


Components of Ecosystem: Biotic


Trophic Levels, Food Chain & Food Web


Pyramid of Numbers


Species Diversity - India & World


Patterns of Biodiversity - Species-Area relationships


In-situ Conservation of Biodiversity - Hotspots, National Parks and Sacred groves


In-situ Conservation of Biodiversity - Sanctuaries and Biosphere Reserves

Also read -

NEET College Predictor

Know possible Govt/Private MBBS/BDS Colleges based on your NEET rank

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Questions related to NEET

Have a question related to NEET ?

Hello Dharmik,

With a NEET 2024 score of 538 and an All India Rank of 153,336, you have a chance to secure an MBBS seat, especially under the state quota. Here’s a breakdown of your options:

Key Points:

  • State Quota : 85% of seats in state medical colleges are reserved for state quota. Your chances are better here compared to the All India Quota (AIQ).

  • Reserved Category : If you belong to a reserved category (OBC, SC, ST), your chances improve due to lower cutoff requirements.

    GMERS (Gujarat Medical Education and Research Society):

  • State Quota : Your score might be competitive enough for a seat in GMERS under the state quota.

  • Previous Cutoffs : Check the previous years’ cutoffs for GMERS colleges to get a better idea.

    Government Medical Colleges:

  • All India Quota : Admission under AIQ can be tough with this rank, but it’s worth applying and participating in counseling.

  • State Government Colleges : Look into government colleges in your home state, as cutoffs can vary widely.

    If you want to get a list of all the possible colleges that you can get at your rank then,

    I would recommend you to use NEET college predictor tool by Careers360 to get the list of possible colleges you can get with your rank.


    Here is the link to the tool:

    https://medicine.careers360.com/neet-college-predictor?utm_source=qna&utm_medium=neet_cp

    Click on the above link, fill the required details and you will get the list of possible colleges at your rank.


    I hope this answer helps you. If you have more queries then feel free to share your questions with us we will be happy to assist you.

    Thank you and wishing you all the best for your bright future.

Hello student

With a NEET score of 256, you may be eligible for admission to private medical colleges in Uttar Pradesh . Here are some points to consider:


- *Private Medical Colleges*: All private medical colleges in Uttar Pradesh have one type of cutoff .

- *100% All India Management Quota Cutoff*: The Directorate of Medical Education and Training (DMET), Lucknow, releases the Uttar Pradesh MBBS Management Quota Cutoff college-wise and category-wise .

- *No NRI seats*: There are no NRI seats available in Uttar Pradesh .

- *Cutoff Ranks and Scores*: The cutoff ranks and scores vary for different categories and colleges .

- *Eligibility*: You may be eligible for admission to private medical colleges with a NEET score of 256, but the eligibility criteria may vary for each college .


Some examples of private medical colleges in Uttar Pradesh and their cutoff scores are :


- *Autonomous State Medical College, Ghazipur*: 612 (OPEN category)

- *MAHARANI LAXMI BAI MEDICAL COLL, JHANSI*: 610 (OBC category)

- *Autonomous State Medical College Society, Mirzapur*: 610 (EWS category)

- *Govt Medical College Basti*: 485 (SC category)

- *Autonomous State Medical College, Pratapgarh*: 449 (ST category)


Please note that these cutoff scores are subject to change and may vary for the current academic year. It's always best to check with the colleges directly for the most up-to-date information.

Hello student

Congratulations on your NEET 2024 score! With a rank of 71659 and a score of 605 marks in the GEN category with no reservation, your chances of getting a government BDS seat are possible, but it depends on various factors:


1. *Cutoff ranks*: Last year's cutoff ranks for government BDS seats varied across India, ranging from 30,000 to 1,50,000.

2. *Seat matrix*: The number of BDS seats available in government colleges and their distribution across states.

3. *State-wise counseling*: Counseling processes and seat allotment vary across states.

4. *Category-wise cutoffs*: GEN category cutoffs might be higher than reserved categories.


Based on previous years' trends, here are some possible scenarios:


- *Kerala*: You might get a government BDS seat in Kerala, as their cutoff ranks have been around 70,000-80,000 in previous years.

- *Tamil Nadu*: You have a chance in Tamil Nadu, where cutoff ranks have been around 60,000-70,000.

- *Other states*: In states like Maharashtra, Gujarat, or Rajasthan, the competition is higher, and cutoff ranks might be lower (around 40,000-50,000).


To increase your chances:


1. *Participate in state-wise counseling*: Register for counseling in multiple states to explore opportunities.

2. *Check seat matrices*: Look for states with a higher number of BDS seats in government colleges.

3. *Stay updated*: Monitor counseling schedules, cutoffs, and seat allotment lists regularly.


Remember, these are general insights based on previous years' trends. The actual cutoffs and seat allotment may vary. Best of luck!

Hello aspirant,
The competition for medical seats, especially in private colleges, is extremely intense. Cutoff marks have been rising steadily over the years. To get a seat in a private medical college, you would generally need a score significantly higher than 425.
But, you should not lose hope here, instead, you can consider other healthcare-related fields like BDS, BAMS, BHMS, or paramedical courses. If you're determined to pursue MBBS, focus on improving your score for the next NEET exam.
Remember, it's essential to stay positive and explore alternative paths.

I hope this information helps you.

Hello aspirant,
While the exact cutoff for BAMS in CSMSS can fluctuate yearly based on various factors, a score of 478 is generally considered good for getting admission to a government Ayurveda college like CSMSS.
Factors Affecting Admission:

  • Category: If you belong to a reserved category (SC, ST, OBC), your chances of getting a seat increase significantly.
  • State Quota: Competition is generally lower for state quota seats compared to All India Quota seats.
  • Counseling Process: Your final rank after the counseling process will determine your admission.

    To increase your chances, you can participate in counselling or you can also explore other options too.

    I hope this information helps.
View All

Column I ( Salivary gland)

 

Column II ( Their location)

Parotids

I

Below tongue

Sub-maxillary / sub-mandibular

Ii

Lower jaw

Sub-linguals

Iii

Cheek

Option: 1

a(i), b(ii) , c(iii)

 


Option: 2

a(ii), b(i), c(iii)

 


Option: 3

a(i), b(iii), c(ii)


Option: 4

a(iii), b(ii), c(i)


Ethyl \; ester \xrightarrow[(excess)]{CH_{3}MgBr} P

the product 'P' will be ,

Option: 1


Option: 2


Option: 3

\left ( C_{2}H_{5} \right )_{3} - C- OH


Option: 4


 

    

           

 Valve name                            

             

Function

    I   Aortic valve     A

Prevents blood from going backward from the pulmonary artery to the right ventricle.

    II   Mitral valve     B

 Prevent blood from flowing backward from the right ventricle to the right atrium.

    III   Pulmonic valve     C

 Prevents backward flow from the aorta into the left ventricle.

    IV   Tricuspid valve     D

 Prevent backward flow from the left ventricle to the left atrium.

 

Option: 1

I – A , II – B, III – C, IV – D


Option: 2

 I – B , II – C , III – A , IV – D


Option: 3

 I – C , II – D , III – A , IV – B


Option: 4

 I – D , II – A , III – B , IV – C 

 

 


Column A Column B
A

a) Organisation of cellular contents and further cell growth.  

B

b) Leads to formation of two daughter cells.

C

c) Cell grows physically and increase volume proteins,organells.

D

d)  synthesis and replication of DNA.

Match the correct option as per the process shown in the diagram. 

 

 

 

Option: 1

1-b,2-a,3-d,4-c
 


Option: 2

1-c,2-b,3-a,4-d


Option: 3

1-a,2-d,3-c,4-b

 


Option: 4

1-c,2-d,3-a,4-b


0.014 Kg of N2 gas at 27 0C is kept in a closed vessel. How much heat is required to double the rms speed of the N2 molecules?

Option: 1

3000 cal


Option: 2

2250 cal


Option: 3

2500 cal


Option: 4

3500 cal


0.16 g of dibasic acid required 25 ml of decinormal NaOH solution for complete neutralisation. The modecular weight of the acid will be

Option: 1

32


Option: 2

64


Option: 3

128


Option: 4

256


0.5 F of electricity is passed through 500 mL of copper sulphate solution. The amount of copper (in g) which can be deposited will be:

Option: 1

31.75


Option: 2

15.8


Option: 3

47.4


Option: 4

63.5


0.5 g of an organic substance was kjeldahlised and the ammonia released was neutralised by 100 ml 0.1 M HCl. Percentage of nitrogen in the compound is

Option: 1

14


Option: 2

42


Option: 3

28


Option: 4

72


0xone is

Option: 1

\mathrm{KO}_{2}


Option: 2

\mathrm{Na}_{2} \mathrm{O}_{2}


Option: 3

\mathrm{Li}_{2} \mathrm{O}


Option: 4

\mathrm{CaO}


(1) A substance  known as "Smack"

(2) Diacetylmorphine

(3) Possessing a white color

(4) Devoid of any odor

(5) Crystal compound with a bitter taste

(6) Obtained by extracting from the latex of the poppy plant

The above statements/information are correct for:

Option: 1

Morphine


Option: 2

Heroin


Option: 3

Cocaine


Option: 4

Barbiturates


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2 Jobs Available
Drug Inspector

A career as a Drug Inspector is regarded as one of the most diverse in the field of healthcare and pharmacy. Candidates must undergo a screening process administered by the UPSC and or SPSCs in order to become drug inspectors. Those who manage it through the selection process will have a rewarding career with a high salary.

2 Jobs Available
Biotechnologist

A Biotechnologist is a professional who possesses strong knowledge and techniques that are utilised in creating and developing innovative products that improve the quality of human life standards. A biochemist uses biological organisms to create and improve goods and procedures for agriculture, medicine, and sustainability. He or she researches the genetic, chemical, and physical characteristics of cells, tissues, and organisms to determine how they can be used industrially.

2 Jobs Available
R&D Personnel

A career as R&D Personnel requires researching, planning, and implementing new programs and protocols into their organization and overseeing new products’ development. He or she uses his or her creative abilities to improve the existing products as per the requirements of the target market.

2 Jobs Available
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