View Economics View All Subject Techniques of Economic Analysis Topic-Wise Notes 1. Sets and Set Operations 2. Relations 3. Identity & Equations: Linear and Quadratic 4. Simultaneous Equations 5. Functions: Curvilinear Functions, Quadratic, Polynomial, Exponential, Logarithmic 6. Implicit and Explicit Function 7. Graphs, Slopes and Intercept 8. Economic Application of Graphs and Equations: Budget Line, Iso-Cost Lines 9. Supply and Demand Analysis 10. Income Determination Models 11. Progression: Arithmetic and Geometric Differential Calculus: Single Independent Variable Functions 1. Sequence, Limits 2. Continuity 3. The Derivatives 4. Rules of Differentiation 5. High-Order Derivatives 6. Total Differential and Total Derivative 7. Uses of Derivatives in Economics 8. Increasing and Decreasing Functions 9. Concavity and Convexity 10. Series 11. Relationship among Total, Marginal and Average Concepts Differential Calculus: Multivariable Independent Variable Functions 1. Multivariable Independent Variable Functions: Multivariable Functions and Partial Derivatives 2. Rules of Partial Differentiation 3. Second and Higher Order Differentials 4. Application of Partial Derivatives in Economics: Marginal Concepts, Elasticity, Logarithmic Transformation of Nonlinear Functions Integration 1. Indefinite and Definite Integral 2. Applications in Economics Subjective Q&A 1. Sets and Set Operations 2. Relations 3. Identity & Equations: Linear and Quadratic 4. Simultaneous Equations 5. Functions: Curvilinear Functions, Quadratic, Polynomial, Exponential, Logarithmic 6. Implicit and Explicit Function 7. Graphs, Slopes and Intercept 8. Economic Application of Graphs and Equations: Budget Line, Iso-Cost Lines 9. Supply and Demand Analysis 10. Income Determination Models 11. Progression: Arithmetic and Geometric Differential Calculus 1. Single Independent Variable Functions: Sequence, Limits 2. Continuity 3. The Derivatives 4. Rules of Differentiation 5. High-Order Derivatives 6. Total Differential and Total Derivative 7. Uses of Derivatives in Economics 8. Increasing and Decreasing Functions 9. Concavity and Convexity 10. Series 11. Relationship among Total, Marginal and Average Concepts Differential Calculus: Multivariable Independent Variable Functions 1. Multivariable Independent Variable Functions: Multivariable Functions and Partial Derivatives 2. Rules of Partial Differentiation 3. Second and Higher Order Differentials 4. Application of Partial Derivatives in Economics: Marginal Concepts, Elasticity, Logarithmic Transformation of Nonlinear Functions Integration 1. Indefinite and Definite Integral 2. Applications in Economics
