Business Mathematics

The paper of Business Mathematics in B.Com. (Hons.) First-year 3 Years Syllabus (Annual System) concentrates on conceptual understanding of the crucial aspect of Business Mathematics. Students are expected to acquire working knowledge in this paper. The importance of this subject is growing over the years due to various factors. While preparing the book as per the new syllabus prescribed for B.Com. (Hons.) First-year care has been taken to present the subject matter in a logical sequence to facilitate easy understanding by the students.

Small illustrations have been incorporated in each chapter to explain the concepts dealt with in the chapter. Numerical Questions set in 2019 Examination Question Papers of various universities of Madhya Pradesh have been incorporated in the book.

Another helpful feature is the addition of Long Answer Type Questions, Short Answer Type Questions, Objective Type Questions, and Numerical Problems with Answers at the end of each chapter which will help the students in preparing for the examination.

Business Mathematics Syllabus For B.Com. (Hons.) I Year of Awadhesh Pratap Singh University Rewa (APSU), Barkatullah University Bhopal, Rani Durgavati Vishwavidyalaya Jabalpur (RDVV), Vikram University Ujjain, Dr Harisingh Gour University Sagar (DHGU)

Unit – 1 Average, Ratio and Proportion, Percentage

Unit – 2 Profit and Loss, Simple Interest, Compound Interest

Unit – 3 Annuities, True Discount, Banker’s Discount

Unit – 4 Basic Concepts of Set Theory: Definition, Types, Operations on Sets, Venn Diagram. Simultaneous Equations: Meaning, Characteristics, Types, and Calculations

Unit – 5 Quadratic Equation in one variable inequality, linear programming (Two variable)

Business Mathematics Book Contents

1. Average
2. Ratio
3. Proportion
4. Percentage
5. Profit and Loss
6. Simple Interest
7. Compound Interest
8. Annuities
9. True Discount and Banker’s Discount
10. Basic Concepts of Set Theory
11. Simultaneous Equations
12. Quadratic Equation (in One Variable Inequality)
13. Linear Programming (Two-Variable)