# CG PET Syllabus 2021 – Check & Get Complete Syllabus Here

The CG PET is referred to as Chhattisgarh Pre Engineering Test, which is approached by Chhattisgarh Professional Examination Board and there is a large variety of candidates that may appear for this examination to urge admission within the numerous professional government colleges and institutes of the Chhattisgarh State. The candidates can attend the examination of CG PET after filling the application form through online mode.

The candidates ought to be eligible to give the examination of CG PET and before filling the application form, they need to examine their eligibility criteria. there are engineering, dairy technology, agriculture technology courses that are provided through CG colleges and institutes. Through this content, the candidates are able to recognize the entire data of CG PET during which includes CG PET 2021 Syllabus, etc.

## CG PET 2021 Syllabus:

The CG PET syllabus is prepared by the Directorate of Technical Education of Chhattisgarh state and all of the participating candidates got to prefer the syllabus for higher preparation of examination. Candidates got to read and complete rigorously the syllabus topics and sub-topics to arrange the best for Examination.

Candidates got to read and complete carefully the syllabus topics and sub-topics to arrange the best for the test. Those candidates are getting admission in B.Tech Courses; they need to prefer the syllabus together with all subtopics to score the good marks within the examination.

### UNIT – 1 MEASUREMENT:

• Units and dimensions
• Fundamental and derived units
• Dimensional analysis
• Units

### UNIT – 2 KINEMATICS:

• Linear motion in one and two dimensions
• Cases of uniform velocity and uniform acceleration
• The general relation among position and velocity
• Uniform circulation motion

### UNIT – 3 FORCE AND LAWS OF MOTION:

• Force and inertia
• Newton”s law of motion
• Uniform Circular motion

### UNIT – 4 WORK ENERGY AND POWER:

• Work was done by force
• Energy
• Power
• Elastic collisions
• Potential energy
• The potential energy of a spring

### UNIT – 5 ROTATIONAL MOTION AND MOMENT OF INERTIA:

• Rigid body rotation
• Couple
• Torque
• Angular momentum conservation of its momentum
• Moment of inertia
• Theorems of the parallel and perpendicular axis (Moment of inertia of uniform ring, disc thin rod and cylinder only)

### UNIT – 6 GRAVITATION:

• Acceleration due to gravity and its variation
• The universal law of gravitation
• Motion of satellites
• Escape velocity
• Synchronous satellite and polar satellite

### UNIT – 7 PROPERTIES OF SOLID AND FLUIDS:

• Elasticity
• Hook”s Law
• Young”s modulus
• Shear and bulk modulus
• Surface energy and surface tension
• Fluid pressure
• Atmospheric pressure
• Viscosity of fluids
• Kinetic theory of gases
• Gas laws
• Kinetic energy and temperature

### UNIT – 8 HEAT AND THERMODYNAMICS:

• Heat
• Temperature
• Thermometers
• Heat conduction in one dimension
• Stefan”s law and Newton”s law of cooling
• Zeroth
• The first and Second law of thermodynamics

### UNIT – 9 OSCILLATION:

• Periodic motion
• Simple harmonic motion
• Oscillations in spring
• Laws of the simple pendulum

### UNIT – 10 WAVES:

• Transverse and longitudinal wave motion
• Speed of sound
• Principle of superposition
• Progressive and stationary waves
• Beats and Doppler effect

### UNIT – 1 ALGEBRA:

• Algebra of complex numbers
• Graphical representation of complex numbers
• Modulus and argument of complex numbers
• The square root of a complex number
• Triangular inequality
• Cube roots of unity
• Arithmetic
• The geometric and harmonic progression
• Arithmetic-geometric and harmonic means between two numbers
• Sum of squares and cubes of first Natural numbers
• Relations between roots and coefficients
• Permutations and combinations
• Binomial Theorem (any index) exponential and logarithmic series
• Adjoint and the inverse of the matrix
• Elementary properties of matrices
• Partial fraction
• Application in solving simultaneous equations up to three variables

### UNIT – 2 TRIGONOMETRY:

• Trigonometry functions and their graphs
• Addition and subtraction Formula involving multiple and submultiples angles
• General solutions of triangles equations
• Relations between sides and angles of triangles
• Solutions of triangles
• Inverse
• Trigonometrically functions
• Height and distance (Simple Problems)

### UNIT – 3 CO-ORDINATE GEOMETRY OF TWO DIMENSIONS:

• Rectangular Cartesian coordinates
• Straight-line pair to a straight line
• Circle
• Tangents and normal system of circles
• Conic section Parabola
• Properties tangents and normal

### UNIT – 4 CO-ORDINATE GEOMETRY OF THREE DIMENSIONS:

• Rectangular coordinate system
• Direction cosine and direction ratios
• Equation of place in standard forms
• The perpendicular distance from a point
• Equation of a line angle between two lines

### UNIT – 5 VECTOR ALGEBRA:

• Definition of vector
• Components in three-dimensional spaces
• Scalar and vector products
• Triple products
• Simple application in geometry and mechanics

### UNIT – 6 DIFFERENTIAL CALCULUS:

• Function polynomial
• Rational trigonometric
• Logarithmic and exponential
• Inverse function
• Limit continuity and differentiability of functions
• Differentiation of rational
• Trigonometric and exponential functions
• Application of derivative in elementary problems in mechanics increasing and decreasing functions
• Maxima and Minima of the function of one variable
• Roll”s theorem and mean value theorem

### UNIT – 7 INTEGRAL CALCULUS:

• Integrations as the inverse process of differentiation
• Integration by the parts
• By substitution and by partial fraction
• Definite integral
• Areas under simple cures

### UNIT – 8 DIFFERENTIAL EQUATIONS:

• Formulation of the differential equation
• Order and degree
• Solutions of differential equations by separation of variable method
• The homogeneous linear differential equation of first order

### UNIT – 9 STATISTICS:

• Probability addition and multiplication laws
• Conditional probability
• Binomial distribution
• Simple problems in correlation and regression

### UNIT – 10 NUMERICAL METHODS:

• A solution of the equation by the methods of bisection
• False-positions and Newton-Raphson
• Numerical integration by trapezoidal and Simpson”s Rule

ALSO READ: CG PET EXAM PATTERN 2021.

### UNIT – 1 ATOMIC STRUCTURE:

• Constitution of nucleus
• Bohr”s atom model
• Quantum numbers Aufbau principle electronic configuration of elements (up to-Kr)
• De-Broglie relation
• Shapes of orbital

### UNIT – 2 CHEMICAL BOND:

• Electrovalent covalent and covalent bonds
• Hybridization (sp)
• Hydrogen bond
• Shapes of molecules (VSEPR theory)
• Bond polarity resonance
• Elements of VBT

### UNIT – 3 SOLUTIONS:

• Modes of expressing concentrations of solutions
• Types of solutions
• Raoult’s law of colligative properties
• Non-ideal solution
• Abnormal molecular weights

### UNIT – 4 SOLID STATE:

• Crystal lattices
• Unit cells
• Structure of ionic compounds close-packed structure
• Imperfections (Point defects)
• Properties of solids

### UNIT – 5 NUCLEAR CHEMISTRY:

• Half-life
• Group displacement law
• Structure and properties of the nucleus
• Nuclear reactions
• Disintegration series
• Artificial transmutation
• Isotopes and their uses

### UNIT – 6 CHEMICAL EQUILIBRIUM:

• Chemical equilibrium
• Law of mass action Kp and Kc
• Le Chatelier principle and its applications

### UNIT – 7 IONIC EQUILIBRIUM:

• Ionic Equilibria in solutions
• Solubility product
• Common ion effect
• Theories of acids and base hydrolysis of salts: pH: buffers.

### UNIT – 8 THERMOCHEMISTRY AND THERMODYNAMICS:

• Enthalpy
• First law of thermodynamics
• Hess”s Law
• Heats of reactions
• The second law of thermodynamics; entropy
• Free energy
• Spontaneity of a chemical reaction
• Free energy change and chemical equilibrium

### UNIT – 9 CHEMICAL KINETICS:

• The rate of a reaction
• Factors affecting the rate
• Rate constant
• Rate expression
• Order of reaction
• First-order rate constant-expression and characteristics
• Arrhenius equation

### UNIT – 10 ELECTROCHEMISTRY:

• Oxidation
• Oxidation number and ion-electron methods
• Electrolytic conduction 