Sequence and Series and Mathematical Induction
Sequences, Series, and Mathematical Induction
This curriculum provides a structured overview of the study of sequences, series, and the principle of mathematical induction.
Sequences and Series
Sequences:
- Definition of a sequence
- Types of sequences (arithmetic, geometric, etc.)
- Explicit and recursive formulas for sequences
- Finding terms of a sequence
- Applications of sequences
Series:
- Definition of a series
- Sigma notation (summation notation)
- Finite and infinite series
- Partial sums
- Applications of series
Arithmetic Sequences and Series:
- Definition of arithmetic sequence
- Common difference
- Formula for the nth term of an arithmetic sequence
- Arithmetic series and its sum
- Applications of arithmetic sequences and series
Geometric Sequences and Series:
- Definition of geometric sequence
- Common ratio
- Formula for the nth term of a geometric sequence
- Geometric series and its sum
- Convergent and divergent geometric series
- Applications of geometric sequences and series
Mathematical Induction
The Principle of Mathematical Induction:
- The base case
- The inductive hypothesis
- The inductive step
- Proving statements using mathematical induction
- Applications of mathematical induction
Applications of Mathematical Induction:
- Proving formulas for sums of sequences
- Proving properties of numbers
- Proving geometric properties
- Proving divisibility statements
- Proving inequalities
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