5 days ago IBPS Syllabus Pdf Download Study Material, Topic Wise Prelims/Mains Bank Exam of PO, Clerk, SO, RRB. आईबीपीएस सिलेबस IBPS English Syllabus Pdf Download Online for Clerk, PO, Specialist Also, Check – IBPS Bank Clerk and PO Exam (Pre – Mains) Syllabus. Join our Banking classes for Bank PO, Bank Clerk, SBI PO, SBI SO, IBPS PO, IBPS SO and other Banking Exams. IBPS PO: It is a common exam conducted by Institute of Banking Personnel Selection (IBPS) for 20 PSU Banks for the recruitment of Probationary Officers. IBPS Clerk: It is a.
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IBPS PO Syllabus IBPS is a government recruitment agency which works to place job seekers in the reputable positions in the banking. CSAT Books pdf · Marathi book pdf · State Board pdf · Banking Syllabus · Banking Current affairs · Banking Subject · Other pdf. ibps_po_clerk. IBPS PO / Clerk. Download SBI PO Syllabus PDF covering detailed topic wise State Bank Of India (SBI) conducts online exam to recruit candidates for.
Bank SO Specialist Officer: The banking sector is assumed to be one of the fastest growing sectors among all other economies. Also, the banking sector is a salvation of Indian Economy.
This gives an idea of an economy to open more bank branches to make our economy more digitalize. Every year all the government, as well as the private banks, conduct various exams to fill numerous posts in the organisation. Every year more than 1,00, candidates are being recruited for various roles in terms of the employment in the government sector. IBPS every year conducts exams to hire students for various banks in different fields.
Also, there are some banks which conduct its own exam for recruitment of same posts with similar eligibility, job profile etc. Prelims Mains Interview. So in the terms of the employment in government sector, Banking is the most lucrative sector to grab a government job.
Broadly, these exams can be classified into following Categories-. IBPS Clerk: SBI Probationary Officer: State Bank of India conducts its own exam for recruitment of Probationary Officers. SBI Clerk: State Bank of India conducts its own exam for recruitment of Clerical Cadres.
Through, there are very few jobs in this, but working with RBI has its own benefits and future prospects. RBI Assistants Exam: Again, a job in RBI is considered very prestigious. Recruitment in government banks is generally done in three stage recruitment process. First two phases are written test, which are called Pre and Main; and last stage is the interview process.
Racial characteristics of the population of Bangladesh, rural development in Bangladesh, role of BARD and other similar organizations in rural development including NGO's.
Definition, objectives, history and scope of modern Social Welfare and Social work. Religious teachings and Welfare-Islam, Hinduism.
Buddhism- Christianity. Nature of social work in pre and post industrial society with special reference to lndo-Pak-Bangladesh sub-continent. Industrial Revolution and its impact on social life: the emergence of new social problems and social services, d.
Basic human needs: Food, clothing, shelter, health, education and their bearing on human life and welfare, with special reference to Bangladesh. Major social evils and social problems in Bangladesh: poverty, unemployment, ill health, beggary, over-population, illiteracy, drug addiction, crime and delinquency, slum and urban problems, family violence, child labour, gender discrimination, immoral trafficking, their causes, effects and remedies.
Constitutional guarantee of social welfare and social security in Bangladesh, Social welfare in the national five year plans of Bangladesh g. Social Case work as a problem-solving process its elements, steps methods and significance of Rapport. Social Group Work. Community Organization and Community Development as a problem solving process: its elements, steps, methods and importance.
Definition and role of Social Administration. Significance of Social legislations to bring about Social reforms in Bangladesh. Psychology 1. Introduction: Definition and nature of Psychology.
Psychology as a Science. Learning: Definition and nature of Learning. Factors of Learning. General causes of forgetting. Perception: The nature of Perception. Selectivity in Perception.
Form Perception: Figure and ground, contour, Perceptual organization. Depth perception: Monocular and Binocular cues to depth perception.
Perception of movement, Illusion and Hallucination. Nature of emotion, Theories of emotion, Physiological changes in emotion.
Behavioral changes in emotion, Dealing with emotional behaviour. Personality and Intelligence: Nature of personality. Determinants and Measuring of personality. Type of personality. Definition of Intelligence. Concept of I. Measurement of Intelligence.
Socialization: Nature of Socialization. Process and agents of socialization. Effect of Socialization. Impact of Culture on Personality. Attitude and Job satisfaction: Characteristics and components of attitude. Formation and change in attitude. Measurement of attitude and Job satisfaction. Measurement and Evaluation: Need for measurement. Goals of the student evaluation system. Characteristics of objective and Essay type tests.
Group and intergroup behaviour: Group dynamics, crowds, Rumour. Group cohesiveness, Sociometry inter group behaviour Conflict commitment, power and politics. Leadership: Definition approaches to the study of leadership, functions and types of leaders; Effective leadership and its determinants. Leadership theories.
Psychology of being a teacher: Characteristics and behaviours of effective teacher. Sanskrit Posody Physics 1. Mechanics: Newton's laws of motion: Force, definition and units: Frictional force: Centripetal and centrifugal forces. Work, energy and power: Definitions, Work done by constant force. Work done by variable force, kinetic energy; potential energy and principle of conservation of energy, Mass-energy relation, Freely falling body Collisions: Impulse and momentum.
Conservation of liner momentum. Elastic and inelastic collisions. Rotation: Angular velocity. Angular acceleration. Uniformly accelerated angular motion, Torque, Kinetic energy of rotation, Moment of inertia.
Newton's law of gravitation, Cavendish's and Boys exnerimeoi for determination of G, Variation in acceleration due to gravity, Gravitational field and Gravitational potential, Simple and compound pendulum. Properties of Matter: Elasticity: Stress and strain, Hock's Law, Determination of Young's modulus and rigidity modulus, Torsion of a cylinder, Bending moment and cantilever.
Surface Tension: Molecular concept, Surface energy and surface tension, Angle of contact, Determination of surface tension by capillary method. Viscosity: Streamline and turbulent motion, Bernoulli's equation, Poiseull's equation, Determination of co-efficient of viscosity using capillary flow method. Wave and sound: Transverse and longitudinal wave, Traveling and stationary wave, Resonance.
Sources and propagation of sound - Velocity of sound, Beat, Doppler effect, Transverse vibration of a string, sonometer, Kundt's tube, Resonance air column, Ultrasonics. Mechanical equivalent of heat, Quantity of heat, Specific heat and heat capacity. Siefen-Boltzman law. Thermodynamics: First law of thermodynamics.
Difference between Cp and Cv for an ideal gas, Adiabatic process for an ideal gap, Second law of Thermodynamics Reversible and irreversible processes, Carnot cycle, Efficiency of I engine, Joule-Thompson effect. Kinetic theory of gasses: Basic assumptions Equation of State of an ideal gas, Kenetic interpretation of temperature and pressure, Mean free path, Vander Waal equation.
Electricity and Magnetism: Charge and Matter, Electric field, Point charge in an electric field, Dipole in an electric field. Gauss's law and Coulomb's law: Application to a spherically symmetric charge distribution and charge sheet; Electric potential: Potential and field strength, Potential due to a point charge, Due to a dipole, Calculation of E from V.
Capacitance and dielectric: Calculation of capacitance, Dielectric and Gauss's law, Energy storage in dielectric. Current and circuits: Ohm's law, Receptivity and atomic view. Magnetic field: definition of B, Ampere's law, Biot-Savart law-.
Magnetic force on a current, Torque on a current loop, Electric meters. Faraday's law: Inductance, Energy density and the magnetic field Diamagnetism, Paramagnetism and Fero-magnetism. Electromagnetic Oscillation: LC oscillation, Maswell's field equations.
Optics: Nature and propagation of light: Light and the electromagnetic spectrum, Velocity of light, Huygen's principle and the laws of reflection and refraction. Total internal reflection. Interference and Diffraction: Young's experiment, Coherence.
Michelson's in- terferomater. Diffraction from single slit, double slit and grating, X- ray diffraction and Bragg's law. Polarisation: Plane polarisation, Circular Polarisation. Modern Physics: Theory of relativity Postulates of special theory, Lorentz transformation. Quantum Physics: Radiation. Planck's radiation formula, Photoelectric effect, Compton effect, Bohr's theory and hydrogen atom De Broglie matter wave, Uncertainity principle.
Nuclear Physics: The atomic nucleus: Nuclear constituents. Force between nucleus and nuclear radius, Binding energy and mass defect radioactivity. Fusion and fission: Elementary idea, nucleus reactors. Elementary Particles: General idea, Particle accelerators. Solid State Physics: Crystalline nature of solids: Bind theory of solids. Semi- conductors, Diode and transistor.
Quantum Mechanics: Physical Basis: Failures of classical mechanics and emergence of quantum mechanics. Bohr atom model and Old quantum theory; Unitization of the phase integral, The particle in a box, Shortcomings of the old quantum theory, Wave particle duality, De Booglie wavelength.
Postulates of quantum mechanics: a Interpretive postulates and b Physical postulates i The correspondence principle and ii The complementary principle; Operators and its properties. Eigenfunctions and Eigenvalues, Scalar product of two functions and orthogonality relations of any function x ; The Heisenberg uncertainty relations for arbitary observables, Momentum eigenfunctions, Completeness.
Electronics: History of electronics: Electronic vs. Load line ard Q-point, Diode equivalent, Circuit. Chemistry 1. Gaseous State: The gas laws, Ideal gas equation, Kinetic theory and its application to ideal gases, Deviation from ideal behaviour, Vender Waals equation, Dalton's law of partial pressure; The critical state and critical constants, liquefaction of gases.
Solutions: Solubility, Henny's law, Raoult's law, Ideal and nonideals solutions, Colligative properties of solutions, Effect of electrolytes on colligative properties, Buffer solutions. Phase Equilibrium: Phase, Components and degrees of freedom. Phase rule, Application in one component system like water and sulfur, Completely and partially miscible liquid paris.
Chemical Equilibrium and Chemical Kinetics: Equilibrium in chemical reactions and the equilibrium law, Kp-Kc and Kx measurements and effect of temperature; Pressure of Kx measurement, Degree of dissociation, Equilibrium constant.
Ostwald dilution law, Concentratyion change on dissociation of solids, Solubility product, Common ion effect, pH and buffer solution. Rate equation, Order reaction, Molecularity, Rate constant, Zero, first and second order reaction, Effect of temperature on the rate of reaction. Electrochemistry and its scope: Electrolytes and non electrolytes, Inonic mobility and conductance, Electrochemical cells, pH, Electrode potentials-emf of cells, Transport number and their determination, Electrolytic and galvanic cells, Hulf cells, Different types of electrodes, Standard Hydrogen electrode, Measurements of electrolytic conductance.
Atomic Structure: Nuclear model of the atom, Nuclear structure, Isotopes, Isobars, Isotons, Quantum number and atomic orbital, Electronic structure of atoms, Electron spin and the Pauli exclusion principle, Hund's rule; Aufbau principle, Electronic configuration.
Periodic Table and Classification of Elements: The modern periodic tables, Usefulness and, limitations of the periodic tables, Periodic properties, Atomic radius, Ionization energy, Electron affinity and electronegativity. Modern Concepts of Chemical Bonds and Bonds Type: Ionic bonds-energy involved in ionic bonding, ionic radii, Covalent bonds, Lewis formulas, Co-ordinate covalent bonds, Octet rule, Multiple bonds, Polar covalent bonds-electronegativity, Delocatized bonding resonance, Bond length, Bond order, Bond energy, Valance bond theory, Molecular orbital theory, Metallic bond, Hydrogen bond, Vander Waals forces.
Structure of molecules Radioactivity, Nuclear reactions and Atomic energy Acids and Bases: Arnhenius concept, Booronsted-Lowry concept, Lewis concept, Acid-base strength, Molecular structure and acid strength, Self ionization of water and pH. Oxidation and Reduction Common elements and their important compounds and their uses: Hydrogen, Group 1 or IA The alkali metals. General Concepts on the Following: Aliphatic and aromatic compounds.
Heterocylic compounds, Bonding in organic compound, Covalent bonds, Atomic orbitals, Hybridization of orbital, Functional group, Bond angles. Polar and non- polar molecules, Shape of molecules. Carbanion, Carbocation, Free radicals and their stability.
Structure of organic molecules. General concepts of nucleophilic, electrophilic and free radical mechanism of organic reactions. Wurtz reaction. Free radical mechanism of halogenation, Electrophlic addition reaction of alkynes, Preparation and reaction of Alkynes; Important organic synthesis starting from alkynes, acidity of alkynes. Aromatic hydrocarbons: Source, structure, bonding in benzene.
Concept of aromaticity.
Hueckel rule, Mechanism of electrophlic Substitution in aromatic rings, Halogenation, Nitration. Sulfonation, Friedel-crafts atkylation and acylation.
Benzene derivatives. Alkyl and Aryl Halides: Structure, Nomenclature, Preparation, Properties, Mechanism of substitution and elimination reaction, Grignard reagent synthesis and application. Adehydes, Ketones and Acids: Nomenclature, useual methods of preparation and reactions of aldehydes and ketones, Nucleophlic addition to carbonyl compound, Cannizzaro reaction, Aldo1 condensation reaction, Penkin, Knoevenagel and witting reaction, Acidity, Resonance effect and inductive effect on acidity, Preparation and reaction of carboxilic acid.
Carbohydrates, Amino acids and proteins, Nucleic acid Chemical principles of the manufacture of common organic and inorganic industrial products under local condition. Mathematics Part-l. Algebra including Trigonometry : a. Inequalities: Order properties of real number, Inequalities involving different types of means, Inequalities of Cauchy, C'hebyshev.
Complex numbers and Demoiver's theorem with applications. Summation of algebraic and trigonometric series. Theory of equations: Relations between roots and co-efficients, Symmetric functions of roots, Simple transformations.
Linear algebra with vector spaces, Eigenvalues and Eignevectors. Set theory: Set and subsets, Set operations, Cartesion product of two sets, Operations on family of sets.
Geometry Analytical Geometry of two and three dimensions : a. Pair of straight lines. General equation of the second degree: Reduction of standard forms, Properties of parabola, Ellipse, Hyperbola. Planes and straight lines in three dimensions, Shortest distance between two straight lines. Vectors in three dimensional space with applications to geometry. Differentiation including successive differentiation c. Means Value theorem, Taylor's theorem.
Maxima and Minima. Tangents and Normals.