Binomial Theorem Class 11 CBSE Maths Chapter 8


Binomial Theorem Class 11 CBSE Maths Chapter 8
Class 11 CBSE Maths Syllabus
Chapter 1:Sets
Chapter 2: Relations and Functions
Chapter 3: Trigonometric Functions
Chapter 4: Principles of Mathematical Induction
Chapter 5: Complex Numbers and Quadratic Equations
Chapter 6: Linear Inequalities
Chapter 7: Permutations and Combinations
Chapter 8: Binomial Theorem
Chapter 9: Sequences and Series
Chapter 10: Straight lines
Chapter 11: Conic Sections
Chapter 12: Introduction to 3D
Chapter 13: Limits and Derivatives
Chapter 14: Mathematical Reasoning
Chapter 15: Stastics
Chapter 16: Probability
Introduction

Following are the concepts which will be covered in this chapter:

  1. Factorial Notation.
  2. Representation of Binomial Expression.
  3. Binomial Expression.
  4. Expansion of (x+a)n
  5. Expansion of (x-a)n
  6. Examples of Mixed surds
  7. Definition of parameters in the binomial theorem
  8. rth term of binomial expansion.
  9. Examples of finding binomial coefficient
  10. Middle term of binomial expansion
  11. Greatest coefficient binomial theorem
  12. Numerically greatest term
  13. Binomial coefficients
  14. Properties of Binomial coefficients
  15. Summation of Binomial coefficients
  16. Multiplication of Binomial coefficients of same series
  17. Multiplication of Binomial coefficients of different series
  18. Binomial theorem for negative and fractional index
  19. Multinomial Theorem
  20. Pascal’s Triangle
  21. Referring to the important points of a specific exercise helps a student to get a gist of the entire exercise.

    • An expression consisting of two terms, connected by ++ or −- sign is called binomial expression.
    • If x and a are real numbers, then for all n∈N, we have (x+a)n=nC0xna0+nC1xn−1a1+nC2xn−2a2+…..+nCrxn−rar+….+nCnx0an i.e, (xa)n= ∑nr=0 nCr xn-r ar.
    •  A Binomial Theorem for a positive integer has (n+1)n+1 terms.
    • The sum of the indices of x and a in each term is n.
    • The coefficients of terms equidistant from the beginning and the end are equal.
Exercises
Exercise 8.1


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