INDEX
Numbers and Sets
Complex Numbers
Exponentiation
Algebraic Transformations
Algebraic Equations and Inequalities
Functions
Basic Formulas
Graphics of Basic Functions
Discrete Algebra
Ship 2

Binomial Theorem

Sigma-Notations

Arithmetic Progressions

Geometric Progressions

Binomial Theorem

Pascal's Triangle

Evaluation of Sums of the Form
1k + 2k + ... + nk

1 + 2 + ... + n

1² + 2² + ... + n²

1³ + 2³ + ... + n³

Mathematical Induction Principle

Basic Conceptions

Constituents of the Induction Principle

Model Examples
  Example 1
  Example 2
  Example 3
  Example 4
  Example 5
  Example 6


Mathematical Induction Principle:
Example 5
Key Topics Remaining:   Example 6

Problem.  Prove that if  q ≠ 1  then

.

Proof.  Let  Pn  be the proofable statement.
One can easily check up that the satement  P0  is true.

Assume that  Pn  is also true for some integer  n > 0.
Then

.

Since the statement  Pn  implies  Pn+1 , the formula is proved.

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