# Crack CUET with IIT-IIM TrainersCUET Science Classroom

• 110+ Live/Recorded Classes (General Test + English+ 2 any Subject - Physics, Chemistry, Biology, Mathematics)
• Extensive subject coverage
• 25+ Mocks each of General Test, English, Science
• CUET College Counselling Help
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## Hitbullseye: The CUET Specialist

Aiming for Success? Trust Hitbullseye, Where Dreams Meet Reality

## Course Features

Our expert faculty, well researched curriculum, cutting-edge resources, and personalized approach ensure that you are fully equipped to achieve your dream career.

## Session Plan

Our well-researched curriculum and session plan are designed to equip you with the knowledge and skills needed to conquer the CUET. With expert guidance and unparalleled resources, you'll be empowered to reach your full potential and achieve your academic goals

### Session Details

#### Lecture 1. Electric Forces and Field

• Properties of charges
• Coulomb’s Law and superposition of forces
• Null Point due to two point charges
• Electric Field due to point charges, ring and circular arc; Graphs
• Electric Dipole – Electric field and Torque on a dipole in uniform field

#### Lecture 2. Electric Forces and Field

• Electric Field Lines and Flux
• Gauss’ Law and Field due to line charge
• Field due to Line charge, Infinite sheet and Spherical Charges

#### Lecture 3. Electric Potential and Energy

• Electrical potential energy of a system of charges
• Electric potential, potential difference and Work Done
• Electric potential due to a point charge, a dipole and spheres
• Relation between E & V, Equipotential surfaces,
• Electric dipoles in an electrostatic field.

#### Lecture 4. Conductors and Capacitors

• Properties of Conductors in Electrostatics
• Charge distribution on a spherical conductor and plates
• Capacitance of parallel plate, spherical and cylindrical capacitors
• Charging and Energy of capacitors

#### Lecture 5. Capacitor Circuits and Dielectrics

• Combination of Capacitors
• Redistribution of Charges between Capacitors
• Capacitors with Dielectrics
• Changing gap and medium between Capacitor plates

#### Lecture 6. Electric Currents and DC Circuits

• Properties of Conductors in Electrostatics
• Charge distribution on a spherical conductor and plates
• Capacitance of parallel plate, spherical and cylindrical capacitors
• Charging and Energy of capacitors

#### Lecture 7. Electric Cells and Measurements

• Electric Cells
• Ammeter, Voltmeter, meter bridge and Potentiometer
• RC charging and discharging

#### Lecture 8. Magnetic Effects of Current

• Biot-Savart Law – Magnetic Field due to straight wire and circular loop
• Ampere’s Law- Magnetic Field due to Thick wire, solenoid and Toroid

#### Lecture 9. Magnetic Forces

• Magnetic Force on a moving charge- motion of charge in B Field
• Magnetic Force on a current in B field
• Force between Parallel wires
• Magnetic Moment and Torque on a loop
• Galvanometer and its sensitivity

#### Lecture 10. Magnetic Properties of Matter

• Bar Magnets
• Earth’s Magnetic Field
• Para, Día and Ferromagnetism- Electromagnets & Permanent Magnets

#### Lecture 11. Electromagnetic Induction

• Faraday’s Law of EMI
• Motional EMF and Induced Electric Field

#### Lecture 12. Self and Mutual Induction

• Self-Inductance and Mutual Inductance
• LR circuits
• LC Oscillations

#### Lecture 13. Alternating Current

• AC Circuits Series LCR Resonance
• Power in AC Circuits
• Transformers

#### Lecture 14. Electromagnetic Waves

• Maxwell’s Equations and their solution, Displacement Current
• Energy Transmission by EM waves
• Electromagnetic Wave Spectrum

#### Lecture 15. Reflection and Refraction

• Spherical Mirrors
• Refraction from plane surfaces, TIR
• Glass slab and Prism

#### Lecture 16. Lenses and Optical Instruments

• Lenses and their combinations
• Optical Instruments- Microscopes and Telescopes

#### Lecture 17. Wave Optics

• YDSE
• Single Slit Diffraction and Limits of resolution
• Polarisation

#### Lecture 18. Dual Nature of Light and Matter

• Photoelectric Effect
• Matter waves and de Broglie Wavelength

#### Lecture 19. Atomic Structure and X Rays

• Bohr Model of Atoms and Spectrum of Hydrogen Atom
• X Rays

#### Lecture 20. Nuclei

• Stability of Nucleus and Radioactivity
• Mass Defect and Nuclear Reactions

#### Lecture 21. Semiconductor Devices

• Semiconductor Diodes
• Junction Transistors
• Logic Gates

#### Lecture 22. Communication Systems

• Modulation of Waves
• Transmission and Propagation of Waves
• Detection and Demodulation of Waves

### Session Details

#### Quant / Reasoning

• Vedic Maths, Simplication & Symbols
• Numbers & HCF
• Average & Algebra
• Percentage
• Profit & Loss
• Simple Interest & Compound Interest
• Series & Inserting the Missing Character
• Coding & Blood Relations
• Membership & Syllogism
• Aptitude Practice - No., Percentage, Profit, Coding, Series
• Time & Work
• Ratio & Problem on Ages
• Time, Speed & Distance
• Mensuration & Geometry - Angles
• DI - Tables, Bar & Venn diagram
• Directions
• Clocks & Calendars
• AR – Elementary
• Visual Reasoning & Counting Figures
• Aptitude Practice - AR, Directions & DI

#### GK

• Basic Information About India
• Firsts in India and the World
• Countries - Capitals and Currencies
• World Heritage Sites in India
• International Organisations and Headquarters
• Sobriquets - India and the World
• National Parks, Sanctuaries and Reserves
• Inventions and Discoveries
• Superlatives - India and the World
• Important Days of the Year
• Sports
• Countries - Heads of State
• Indian States - Chief Ministers and Governors
• Books and Authors
• Indian Awards and Recognitions
• Global Awards and Recognitions
• Facts About Indian Cinema
• Indian Art and Culture
• Facts About Indian Polity
• Facts About Science and Technology

### Session Details

#### Lecture 1.Solid state

• Classification of solids
• Unit cell
• Density of unit cell
• Packing efficiency and voids
• Electric and magnetic properties

#### Lecture 2.Solution

• Types of solution
• Expression of concentration of solution
• Solublityof gas
• Raoults law

#### Lecture 3.Colligative properties

• Relative lowering in vapour pressure
• Elevation in boiling point
• Depression in freezing point
• Osmotic pressure
• Vantoff factor

#### Lecture 4.Electrochemistry

• Redox reaction
• Conductance in electrolytic solution
• Kohlrausch law
• Law of electrolysis

#### Lecture 5.cell

• EMF of cell
• Nernst equation
• Primary and secondry batteries
• Gibbs enegry

#### Lecture 6. Chemical kinetics

• Rate of reaction
• Factor affecting rate of reaction
• Order and molecularity of reaction
• Arrhenius equation

#### Lecture 7.Surface chemistry

• Adsorption , faetors affecting adsorption
• Catalysts
• Colloidal state
• Properties of colloids

#### Lecture 8.General principles and processes of isolstion of elements

• Principles and methods of extraction
• Electrolytic method and refining

#### Lecture 9.P block elements

• Group 15
• Physical and chemical properties
• Group 16
• Physical properties

#### Lecture 10.Group 17,18

• Chemical properties of group 16
• Physical and chemical properties of 17 and 18 group

#### Lecture 11. D and f block elements

• Transition elements
• Properties
• Preparations and properties of compound of transition
• Lanthanoids and actinoids

#### Lecture 12.Coordination compounds

• Introduction
• Ligands
• Iupac of compounds
• Isomerism

#### Lecture 13.Properties of coordination compound

• Valance bond theory
• CFT
• Werner theory
• Imprtanc eof coordination compound

#### Lecture 14.Haloalkanes and haloarenes

• IUPAC
• Physical and chemical properties
• Haloarenes - substitution reaction
• Uses

#### Lecture 15.Alcohols

• Methods of preparations
• Physical and chemical properties
• Dehydration
• Uses

#### Lecture 16.Phenol and ethers

• Methods of preparations
• Physical and chemical properties

#### Lecture 17.Aldehydes and ketones

• Nature of carbonyl group
• Methods of preparations
• Physical and chemical properties
• Nucleophilic additions reaction

#### Lecture 18.Carboxylic group

• Methods of preparations
• Physical and chemical properties
• Acidic nature

#### Lecture 19.Amines

• Methods of preparations
• Physical and chemical properties
• Diazonium salts

#### Lecture 20.Polymer

• Natural and synthetic polymers
• Methods of polymerization
• Biodegradable and non biodegradable polymers

#### Lecture 21.Chemistry in everyday life

• Chemical in medicines
• Chemical in food
• Cleansing agent

#### Lecture 22.Biomolecules

• Carbohydrates
• Proteins
• Vitamins
• Nucleic acids

### Session Details

#### English

• Vocabulary - Overview & Tricks
• Vocabulary, Contextual, Idiomatic & Vocab Quiz - 1
• RC - Fundamentals & Vocab Quiz – 2
• RC - Question Types & Vocab Quiz – 3
• Vocabulary, Idioms/Phrases, Spellings & Vocab Quiz - 4
• Analogy & Vocab Quiz - 5
• Vocabulary, One Word Substitution & Collective Nouns & Vocab Quiz - 6
• Recap - RC, Vocabulary & Analogy Quiz - 7
• Rhetorical & Literary Devices & Vocab Quiz - 8
• Sentence Completion & Vocab Quiz - 9
• Grammar - SVA, Tenses & Prepositions & Vocab Quiz - 10
• RC - Practice - 1 & Vocab Quiz - 11
• Recap - Grammar, RC & Sentence Completion & Vocab Quiz - 12
• Sentence Rearrangement & Vocab Quiz - 13
• Speech, Voice & Vocab Quiz - 14
• Analogy & RC Practice - Vocab Quiz - 15
• RC - Practice - 2 & Vocab Quiz-16
• Critical Reasoning - Fundamentals & Vocab Quiz - 17
• Recap - RC, SR & CR & Vocab Quiz - 18
• Vocabulary Practice & Vocab Quiz - 19

### Session Details

#### Lecture 1. Matrices

• Types of Matrices
• Operation on Matrices
• Transpose of a Matrix
• Symmetric and Skew Symmetric Matrices

#### Lecture 2.Matrices

• Elementary Operation (Transformation) of a Matrix
• Invertible Matrices

#### Lecture 3.Determinants

• Properties of Determinants
•  Area of a Triangle
• Minors and Cofactors
• Adjoint and Inverse of a Matrix
• Applications of Determinants and Matrices

#### Lecture 4. Relations and Functions

• Types of Relations
• Types of Functions

#### Lecture 4.Relations and Functions

• Domain
• Range
• Composition of Functions and Invertible Function

#### Lecture 6.Inverse Trigonometric Functions

• Introduction and Basic Concepts or Inverse Trigonometric Functions

#### Lecture 7.Inverse Trigonometric Functions

•  Properties of Inverse Trigonometric Functions

#### Lecture 8.Continuity and Differentiability

• Continuity and Differentiability
•  Exponential and Logarithmic Functions
•  Logarithmic

#### Lecture 9.Continuity and Differentiability

• Differentiation
• Derivatives of Functions in Parametric Forms
•  Second Order Derivative
• Mean Value Theorem

#### Lecture 10. Applications of Derivatives

• Rate of Change of Quantities
• Increasing and Decreasing Functions

#### Lecture 11.Applications of Derivatives

• Tangents and Normals
• Approximations
•  Maxima and Minima

#### Lecture 12.Integrals

• Integration as an Inverse Process of Differentiation
• Methods of Integration

#### Lecture 13.Integrals

•  Integrals of Some Particular Functions
•  Integration by Partial Fractions
•  Integration by Parts

#### Lecture 14.Definite Integrals

• Definite Integral
•  Fundamental Theorem of Calculus
•  Evolution of Definite Integrals by Substitution
• Some Properties of Definite Integrals

#### Lecture 15.Application of Integrals

• Area under Simple Curves
• Area Between Two Curves

#### Lecture 16. Differential Equations

• Basic Concepts
• General and Particular Solutions of a Differential Equation
•  Formation of a Differential Equation whose General Solution is given
•  Methods of Solving First Order
• First Degree Differential Equations

#### Lecture 17.Vector Algebra

• Introduction to Vectors
•  Some Basic Concepts
• Types of Vectors
•  Addition of Vectors
•  Multiplication of a Vector by a Scalar

#### Lecture 18.Vector Algebra

• Product of Vectors

#### Lecture 19.Three Dimensional Geometry

• Direction Cosines and Direction Ratios of a Line
• Equation of a Line in Space
• Angle between Two Lines
• Short Distance between Two Lines
• Plane
• Coplanarity of Two Lines
•  Angle between Two Planes
• Distance of a Point from a Plane
•  Angle between a Line and a Plane

#### Lecture 20.Three Dimensional Geometry

• Plane
• Coplanarity of Two Lines
•  Angle between Two Planes
• Distance of a Point from a Plane
•  Angle between a Line and a Plane

#### Lecture 21.Linear Programming

• Linear Programming Problem and its Mathematical Formulation
• Different Types of Linear Programming Problems

#### Lecture 22. Probability

• Probability Introduction
• Conditional Probability
• Multiplication Theorem on Probability
• Independent Events
•  Bayes’ Theorem
• Random Variables and its Probability Distributions
•  Bernoulli Trials and Binomial Distribution seriously

### Session Details

#### Lecture 1.Reproduction in Organisms

• Characteristic feature of all organisms
• Modes of reproduction
• Binary fission, sporulation, budding, gemmule, fragmentation; vegetative propagation in plants

#### Lecture 2.Sexual reproduction in flowering plants

• Flower structure
• Development of gametophytes
• Pollination
• Outbreeding devices

#### Lecture 3. Sexual reproduction in flowering plants

• Pollen-Pistil interaction
• Double fertilization
• Post fertilization events
• Apomixis, parthenocarpy, polyembryony

#### Lecture 4.Human Reproduction

• Male and female reproductive systems
• Microscopic anatomy of testis and ovary
• Gametogenesis
• Menstrual cycle

#### Lecture 5.Human Reproduction

• Fertilisation, embryo development up to blastocyst formation
• Implantation
• Pregnancy and placenta formation
• Parturition
• Lactation

#### Lecture 6.Reproductive health

• Need for reproductive health and prevention of sexually transmitted diseases (STD)
• Birth control
• Contraception and Medical Termination of Pregnancy
• Amniocentesis
• Infertility and assisted reproductive technologies – IVF, ZIFT, GIFT

#### Lecture 7.Heredity and variation

• Mendelian Inheritance
• Deviations from Mendel's– Incomplete dominance, Co-dominance, Multiple alleles and Inheritance of blood groups
• Pleiotropy; Elementary idea of polygenic inheritance

#### Lecture 8.Heredity and variation

• Chromosome theory of inheritance
• Chromosomes and genes
• Sex determination–Inhumans, birds, honeybee
• Linkage and crossing over

#### Lecture 9.Heredity and variation

• Sex linked inheritance- Haemophilia, Colour blindness
• Mendelian disorders in humans– Thalassemia; Chromosomal disorders in humans; Down’s syndrome, Turner’s and Klinefelter’s syndromes

#### Lecture 10.Molecular Basis of Inheritance

• Search for genetic material
• DNA as genetic material
• Structure of DNA and RNA
• DNA packaging; DNA replication
• Central dogma

#### Lecture 11.Molecular Basis of Inheritance

• Transcription,
• genetic code
• translation
• Gene expression and regulation–Lac Operon
• Genome and human genome project
• DNA fingerprinting

#### Lecture 12.Evolution

• Origin of life
• Biological evolution and evidence for biological evolution (Paleontological, comparative anatomy, embryology and molecular evidence)
• Darwin’s contribution
• Modern Synthetic theory of Evolution

#### Lecture 13.Evolution

• Mechanism of evolution–Variation (Mutation and Recombination)
• Natural Selection with examples, types of natural selection; Gene flow and genetic drift
• Hardy-Weinberg’s principle
• Adaptive Radiation
• Human evolution

#### Lecture 14.Health and Disease

• Pathogens
• parasites causing human diseases (Malaria, Filariasis, Ascariasis, Typhoid, Pneumonia, common cold, amoebiasis, ring worm)

#### Lecture 15.Health and Disease

• Basic concepts of immunology– vaccines
• Cancer
• HIV and AIDs
• Adolescence, drug and alcohol abuse

#### Lecture 16.Improvement in food production

• Plant breeding, tissue culture
• single cell protein
• Biofortification
• Apiculture
• Animal husbandry

#### Lecture 17.Microbes in human welfare:

• In household food processing
• industrial production
• sewage treatment
• energy generation and as biocontrol agents and biofertilizers

#### Lecture 18.Biotechnology and Its Applications

• Principles and process of Biotechnology
• Genetic engineering (Recombinant DNA technology)

#### Lecture 19.Biotechnology and Its Applications

• Application of Biotechnology in health and agriculture
• Human insulin
• Vaccine production
• Gene therapy
• Genetically modified organisms-Bt crops
• Transgenic Animals
• Biosafety issues–Biopiracy and patents

#### Lecture 20.Organisms and environment

• Habitat and niche
• Population and ecological adaptations
• Population interactions– mutualism, competition, predation,parasitism
• Population attributes–growth, birth rate and death rate, agedistribution

#### Lecture 21.Ecosystems

• Patterns
• components
• productivity and decomposition
• Energy flow
• Pyramids of number, biomass, energy

#### Lecture 22.Ecosystems

• Nutrient cycling (carbon and phosphorous)
• Ecological succession
• Ecological Services– Carbon fixation, pollination, oxygen release

#### Lecture 23.Biodiversity and its conservation:

• Concept of Biodiversity
• Patterns of Biodiversity
• Importance of Biodiversity
• Loss of Biodiversity

#### Lecture 24.Biodiversity and its conservation:

• Biodiversity conservation
• Hotspots
• Endangered organisms
• Extinction
• Red Data Book
• Biosphere reserves
• National parks and sanctuaries

#### Lecture 25.Environmental issues

• Air pollution and its control
• Water pollution and its control
• Agrochemicals and their effects
• Solid management plan
• Greenhouse effect and global warming
• Ozone depletion
• Deforestation

## Hitbullseye - The Team

Our Hitbullseye team is a league of extraordinary mentors, with IITs, IIMs Alumni, CAs, and industry experts in tow. When it comes to CUET Prep , we're the ones in the know!

Gold Medalists

PhD Scholars

Published Authors

Math Wizards

IIT-IIM Alumni

Practicing CAs

## General Batch Details

Make an informed decision. Assess and compare the different features and benefits of different courses and choose the course that best aligns with your goals and aspirations.

### Convenient Batch Timings

Choose the timings of the session at your convenience

### Expert and seasoned mentors

Get trained by IITians, IIMians and industry experts

### One-to-one doubt clearing

Get an exclusive doubt class after every session

### Comprehensive study material

Well-curated and structured study material as per the latest exam pattern

### Pre-class, In-class & Post-class tests

A revolutionary 2+ 2 model for giving your prep an extra-edge

### Weekly Current Affairs & Monthly Magazines

Get access to our star magazine "BullDose"

### Peer learning groups

Get access to course-specific groups to stay up to date

### College counselling and admission help

Get help regarding form filling, course & college selection.

## Why CUET @ Hitbullseye

We offer more than just academic curriculum to ensure 100% exam readiness. Our tailored workshops and prep resources are designed to meet the unique needs of each individual student & empower them to succeed and achieve their goals.

Target Workshops: Basic to Advanced

1-1 mentoring for 360° exam preparedness

Weekly Current Affairs & Monthly Magazines

Real Time Analytics for Improvement

Weekly Big Bull ki Pathshala

College Counselling and form-filling help

## Publishing House

When it comes to CUET prep, Hitbullseye's book and publishing wing is a cut above the rest. Our well-researched and comprehensive books and magazines are the top choice for students who want to achieve their academic best.

### Science View

The comprehensive and well-researched books to make Bio,Chem, Physics a piece of cake for CUET.

### Commerce View

An all-inclusive books for solidifying B.Studies, Economics & Accountancy concepts with mocks

### Humanities/others View

Extensive books with Mocks in NTA Pattern & Actual papers in the Humanities domain for CUET

### English View

The comprehensive and well-researched books to make English a piece of cake for CUET.

### General Test View

An all-inclusive books for solidifying concepts with mocks

### Magazines View

Extensive books with Mocks in NTA Pattern & Actual papers in the Humanities domain for CUET

## Our Achievers

Hear from the Hitbullseye achievers who scored a perfect 100 %ile in CUET 2023 about how Hitbullseye's assistance and guidance were integral to their success in preparing for the exam. Trust the dream team and be the next success story.

## Frequently Asked Questions

Our students receive 1000s of calls from Top Colleges every year. You can be the next one!

The Common University Entrance Test (CUET) is a common entrance exam for admissions to undergraduate courses offered by 160+ universities, including 47 Central Universities and other top universities with the likes of Delhi University, BHU, Jamia Millia Islamia, JNU, AMU, Indraprastha University, University of Allahabad, and University of Hyderabad. The exam tests one's language, aptitude, subject knowledge, and general mental ability.
The purpose of CUET is to assess an individual's proficiency in language, comprehension of subjects studied in the twelfth grade, and overall logical and quantitative reasoning abilities. The test will be divided into three sections: Language, Subject Domain Test, and General Aptitude Test.
Yes, Each correct answer in the CUET will be awarded 5 marks, whereas each incorrect answer will result in a deduction of 1 mark. There will be no negative marking for questions left unanswered.
CUET will be conducted in online mode as a Computer-Based Test by the National Testing Agency (NTA).
One can sit for the CUET multiple times, as of now. However, the Central Universities might have their own eligibility criteria for admission to their UG programs.
No, Only CUET scores will now be accepted for admissions to undergraduate programs in all the Central and many other Universities (160+) participating in CUET.
To excel in any entrance exam, it is essential to have a good grasp of the paper pattern and the topics covered. Therefore, beginning with a Mock Test is a prudent step. Here are some tips that can help you prepare efficiently for CUET:
• Gain a comprehensive understanding of the syllabus and the exam pattern.
• Create a realistic and workable timetable and adhere to it.
• Focus on building a strong foundation by mastering the fundamental concepts.
• Take regular Mock Tests, and analyze your performance to identify your strengths and weaknesses and improve your skills.

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