RBSE 12th Syllabus 2023-24 (Released): Check Rajasthan Board Class 12 Syllabus Here

1. Meaning, Definition, Need Features, and Types of Partnership
2. Partnership Deed- Meaning contents, Rules in the absence of Partnership Deed
3. Partners Capital Accounts Fixed and Fluctuating
4. Distribution of Profit among partners- Profit and Loss
5. Appropriation Account
6. Interest on Partners Capital and Interest on Drawings
7. Past Adjustments/Adjustments in Closing Accounts
8. Guarantee of Minimum Profit to a Partner

1. Rights of a New Partner
2. New Profit Sharing Ratio
3. Sacrificing Ratio
4. Goodwill- Meaning, Methods of Valuation, and Accounting Treatment of Goodwill
5. Revaluation of Assets and Liabilities
6. Revaluation Accounts and Memorandum Revaluation Account
7. Distribution of Accumulated Profit, Loss or Reserve
8. Adjustment of Partners Capital
9. Accounting Treatment of Change in Profit Sharing Ratio among existing Partners

1. Meaning and Methods of Retirement of a Partner
2. New Profit Sharing Ratio and Gain Ratio
3. Accounting Treatment of Goodwill on retirement or death of a partner
4. Accounting Treatment for revaluation of Assets and reassessment of Liabilities
5. Accounting Treatment of Accumulated Profit/Loss, Reserve on retirement or Death
6. Computation and Payment of amount Due to retiring or deceased partner

1. Company: Meaning and Characteristics, kinds and classification
2. Shares and Kinds of Shares
3. Accounting Treatment of Issue of Shares at Par and at Premium
4. Accounting Treatment of Issue of Shares for Cash and for
5. Consideration other than Cash
6. Under Subscription and Over Subscription of Shares
7. Sweat Equity Shares, Right Shares, Employee Stock Option Plan, and Escrow Account
8. Meaning, Characteristics and Types of Debentures
9. Accounting Treatment of Issue of Debentures
10. Accounting Treatment of Issue of Debentures for Consideration other than cash
11. Disclosure of Debentures in Balance Sheet
12. Accounting Treatment of Interest on Debentures
13. Writing off Discount or Loss on Issue of Debentures

1. Meaning and Introduction of Joint Venture
2. Methods of Accounting for Joint Venture:
3. Separate Books are Kept
4. No Separate Books are Kept:

1. Meaning of Non-Trading organization and Books Kept by them
2. Preparation of Receipt and Payment Account
3. Preparation of Income and Expenditure Account
4. Preparation of Balance Sheet
5. Preparation of Opening and Closing Balance Sheet from Receipt and Payment Accounts and Income and Expenditure Accounts
6. Difference Between Receipt and Payment Account and Income and
7. Expenditure Account

1. Meaning, Definition, Objectives, Nature, and Characteristics of Financial Statements
2. Objects, Merits, Limitations, and Process of Financial Analysis
3. Techniques of Financial statement Analysis
4. Comparative Financial Statement
5. Common Size Financial Statement

1. Meaning of Ration Analysis
2. Meaning of Ratio and its expression
3. Objectives and Limitations of Ration Analysis
4. Precaution in Using Ratios
5. Classification of Ratios:
6. Liquidity Ratios
7. Solvency Ratios
8. Activity Ratios
9. Profitability Ratios
10. Investment Analysis Ratios

1. Utility of Spread Sheet
2. Features of Microsoft Excel
3. Spread Sheet sources and Use them in Accounting
4. Financial Analysis through Spreadsheets
5. Elements of Excel Spread Sheet
6. Difference between Spread Sheet and Workbook

1. Computerized Accounting System: Meaning, components, capabilities, Utility, benefits
2. Automation of the Accounting Process
3. Composition of Computerized Accounting System
4. Management Information System and Accounting
5. Information System
6. Computerized Accounting Software
7. Manual and Computerized Accounting system

1. Electric Charges: Type and Properties of Charge,
2. Columbus law, forces between multiple charges;
3. Superposition Principle, Electric field, electric field due to a point charge, electric field due to the system of charges, electric field lines and their properties, electric dipole, electric dipole moment, electric field due to an electric dipole, torque on a dipole in uniform electric field.

1. Electric flux
2. Continuous Charge Distribution
3. Statement of Gauss's Law and its derivation
4. Use of Gauss’s Law to find field due to (i) infinitely long straight wire (ii) uniformly charged infinite non conducting sheet (iii) uniformly charged infinite conducting plate (v) Uniformly charged Conducting Sphere (vi) Uniformly charged Non-Conducting Sphere, Force on the surface of charged Conductor, Energy Per Unit Volume in an Electric Field, Equilibrium of Charged Soap Bubble.

1. Electric Potential due to a point charge, a dipole and a system of charges; equipotential surfaces
2. Relation between Electric Field and Electric Potential
3. Calculation of Electric Potential (ii) due to charged conducting sphere (iii) due to charged non-conducting sphere, the electrical potential energy of a system of charges
4. Work done and Kinetic Energy of Electric Dipole in an electric field.

1. Conductors and insulators, free charges, and bound charges inside a conductor
2. Dielectrics substance and Polarization, Capacitance of capacitor, Capacitance of an isolated Spherical Conductor, Capacitor, the capacitance of Parallel Plate Capacitor (i) Air or Vacuum (ii) partially filled dielectric medium
3. The capacitance of Spherical Capacitor
4. Combination of Capacitors in series and in parallel
5. Energy Stored in a Capacitor
6. Redistribution of Charges, and Loss of Energy by Combination of Charged Conductors.

1. The flow of electric charges in a metallic conductor, drift velocity, mobility, and their relation with electric current
2. Ohm's law derivation, ohmic and non-ohmic resistance
3. The internal resistance of a cell, emf and terminal voltage of a cell, combination of cells in series and in parallel
4. Electrical Energy

Kirchhoff's laws and Applications, Wheatstone Bridge, Metre Bridge, Potentiometer – Principle, Standardisation and Sensitivity, Applications to Potentiometer – (i) Internal Resistance of a Primary Cell (ii) Comparision of Electro-Motive Forces of Two Cells (iii) Calibration of Voltmeter and Ammeter.

1. Oersted's experiment and Conclusion, Biot-Savart’s Law, Magnetic Field due to a Long and Straight CurrentCarrying Conductor, Magnetic Field Due to current carrying circular loop, Comparison of small Current Loop with a Magnetic Dipole, Helmholtz Coils, Force on Moving Charge in Magnetic Field, Motion of Charge in Magnetic Field, Force on a current-carrying conductor in a uniform magnetic field, Force between two parallel current-carrying conductors, Definition of Standard Ampere, Torque on a Current-Carrying Rectangular Loop in Uniform Magnetic Field, Galvanometer- Suspended Coil Galvanometer, Pivoted Coil Galvanometer and
2. Conversion to Ammeter and Voltmeter, Ampere’s Law, Magnetic Field due to Infinitely Long and Straight Current-Carrying Conductor, Solenoid, Field Inside an Infinitely Long Solenoid, Behavioral Comparison of Bar Magnet and Current Solenoid, Magnetic Field on the Axis of Toroid.

1. Neutral Point, Earth's Magnetism, Elements of Earth’s Magnetism, Magnetism and Gauss Law, Behaviour of substances in Magnetic Field, Intensity of Magnetisation, Magnetizing Field, Magnetic
2. Susceptibility and Magnetic Permeability, Relation
3. between Different Magnetic Quantities, Magnetic
4. Hysteresis and B-H Curve (Hysteresis Curve), Curie Law and Curie Temperature

1. Magnetic Flux, Electromagnetic induction; Faraday's laws of Electromagnetic Induction: Lenz's Law, Induced Current, and charge, Fleming’s Right Hand Rule, Induced EMF in- a conductor rod, moving in a Uniform magnetic Field, a Rectangular Loop Moving in a Non-Uniform Magnetic Field, and Energy Conservation, a Metal Disc Rotating in a Uniformatic Conetic Field.
2. Self and Mutual induction.

1. Direct Current, Alternating Currents, Instantaneous,
2. Peak, Average and RMS Value of Alternating
3. Current/Voltage; Phase Relation Between Alternating
4. Voltage And Alternating Current In Different Types Of AC Circuits And Phasor Diagram – (I) Pure Ohmic Resistance (II) Pure Inductance (III) Pure Capacitance (IV)Series Combination of Resistance and Inductance (V) Series Combination of Resistance and Capacitance (VI) Series Combination of Resistance, Inductance and Capacitance, Series LCR Resonance Circuit, Bandwidth Quality Factor In A Series Resonance Circuit, Average Power In AC Circuits, Transformer.

1. Elements of Group 15 :(i) General introduction, electronic configuration, occurrence, periodicity inproperties, oxidation states, chemical reactivity.(ii) Nitrogen-preparation, properties and uses, preparation and properties ofammonia and nitric acid.
2. Elements of Group 16 :(i) General introduction, electronic configuration, occurrence, periodicity in properties, oxidation states, chemical reactivity.(ii) Preparation, properties and uses of dioxygen and ozone.
3. Elements of Group 17 :(i) General introduction, electronic configuration, occurrence, periodicity inproperties, oxidation states, chemical reactivity.(ii) Preparation, properties and uses of chlorine and hydrochloric acid.
4. Elements of Group 18 :(i) General introduction, electronic configuration, occurrence, periodicity in properties, oxidation states, chemical reactivity.

1. d-block elements- General introduction, electronic configuration, characteristics of transition metals and occurrence, general tendencies of properties of elements of first transition series-metallic character, ionization enthalpy, oxidation states, ionic radii, colour, catalytic properties, magnetic properties, interstitial compounds and alloys.
2. f-block elements - General introduction, electronic configuration, oxidation states, Lanthanide contraction and its effect.

1. Haloalkanes: Nomenclature, nature of bond physical and chemical properties, mechanism of substitution reactions (SN1, SN2), elimination reactions.
2. Haloarenes: Nomenclature, nature of C-X bond, substitution reactions, directive influence of halogen in monosubstituted compounds.

1. Alcohols-Nomenclature, preparation, physical and chemical properties, ascending and descending carbon series in alcohols, distinction of primary, secondary and tertiary alcohols, mechanism of dehydration.
2. Phenols - Nomenclature, preparation, physical and chemical properties, acidic nature of phenol, uses of phenols.
3. Ether - Nomenclature, preparation, physical and chemical properties.

1. Aldehydes and Ketones - Nomenclature, nature of carbonyl group, methods of preparation, physical and chemical properties. Mechanism of Nucleophilic addition, the reactivity of hydrogen of aldehydes, similarity, and dissimilarity in aldehydes and ketones use.
2. Carboxylic Acids - Nomenclature, acidic nature, methods of preparation, physical and chemical properties; uses

1. Amines and nitro compounds - Nomenclature, classification, methods of preparation, physical and chemical properties, uses, the distinction of primary, secondary and tertiary amines.
2. Urea - Methods of preparation, physical and chemical properties, uses.

1. Isomerism - definition, and types (Configuration and conformation), geometrical isomerism - Nomenclature and properties of geometrical isomers.
2. Optical isomerism - polarized light, polarity, chirality, chiral molecules, elements of symmetry, the configuration of chiral molecule and Fisher - projection formula, relative and absolute configuration, racemic mixture, racemization, compounds with two chiral centers, separation of a racemic mixture.

1. Human Geography-definition, nature, subject matter, and significance.
2. Major tribes in the world - Eskimos, Bushman, Gond, Bhil: their distribution, economic and cultural characteristics.

1. World population - distribution, factor affecting population density.
2. Population growth - causes, problems and solutions, demographic transition theory.
3. Population structure - age group, sex ratio, rural-urban.
4. Migration - concept, types, aspects, and problems.
5. Concepts of human development.

1. Settlement - types of rural and urban settlements, patterns, and problems.
2. Urban slum - problems and solutions.
3. A case study of the Dharavi slum area in Mumbai.

1. Primary occupations - introduction, agriculture, mining, hunting, animal husbandry, fishing, and ancestral gathering.
2. Secondary occupations - types of industries, determination of industrial location, agro-based industries, manufacturing industries.
3. Tertiary, quaternary, and quandary occupations.

1. Surface transport - principal international roads and railways.
2. Water transport - principal inland and oceanic waterways, ports, Suez and Panama canal sea routes.
3. Air transport - principal air routes and airports.
4. Pipeline transport - principal oil and gas lines.
5. International trade and role of India.
6. Modern means of mass communication - satellite, internet, mobile etc.

1. Environmental problems - pollution, acid rain, greenhouse effect, ozone layer depletion.
2. World environmental summits.

1. Distribution, density, population, growth, and aspects.
2. Population structure - age group, literacy, sex ratio, literacy, rural and urban.
3. Racial groups, religious composition, and foreign impact on Indian culture.

1. Resources - classification, conservation, and sustainable development.
2. Non-biotic resources - land, water, minerals (iron are, copper,
3. aluminum, mica).
4. Biotic resources - animal wealth, forest, and fisheries.
5. Energy resources - conventional (coal, petroleum, hydroelectricity) and nonconventional (nuclear, organic, wind and solar).

1. Types of agriculture - subsistence and commercial, wet farming and dry farming, intensive and dispersed, organic and chemical fertilizes based horticulture.
2. Major crops - distribution and production of wheat, rice, cotton, sugarcane, tea.

1. Industrial development in India, major industries - iron-steel, aluminum, cement, cotton textile, sugar, and engineering.
2. Transport - land, water, air, oil, and gas pipelines

1. Development and planning - major plans and implementation.
2. Regional planning - regional imbalances, desert development program, tribal area development program, mountain area development.
3. Poverty alleviation and employment programs, MGNREGA - role and impact.
4. Sustainable development - traditional and modern viewpoints.

1. Rural development - dairy and cottage industries.
2. Major industries - cotton textile, cement.
3. Minerals - marble, copper, zinc, silver, tungsten, gypsum, and petroleum.
4. (4) Major irrigation projects - Chambal, Indira Gandhi and Mahi.
5. (5) Problem of drinking water and plans.
6. (6) Population distribution, density, sex ratio and literacy.
7. (7) Major tribes - Meena, Bhil, Garasia, Saharia and Damor.