Concept
Geometric progression
Related lectures (49)
Sequences: Definitions and Examples
Covers solving equations over complex numbers, sequences, induction, and properties of complex numbers.
Relations and Sequences
Covers relations, sequences, and posets, emphasizing properties like anti-symmetry and transitivity, and introduces arithmetic and geometric progressions.
Summation and Sequences: Notations and Formulas
Covers summation notation, product notation, geometric series, and important formulas.
Summation and Sequences: Notation and Formulas
Covers summation notation, product notation, and geometric series formulas.
Discrete Fourier Transform: Frequency Periodicity and Reconstruction
Explores frequency periodicity in the discrete Fourier transform for signal reconstruction.
Limits to Infinity
Explores limits to infinity, including convergence, algebraic properties, and geometric progressions.
Relations, Sequences, Summation: Summary of Week 5
Explores binary relations, sequences, and summation, including arithmetic and geometric progressions, recurrence relations, and cardinality of sets.
Geometric Series: Convergence and Applications
Explores the convergence of geometric series and their applications in real-world problems.
Digital Signal Processing: Transform in Z
Explores the Transform in Z, a key tool in digital signal processing.
Analyzing Number Sequences
Explores various number sequences, limits, and properties of arithmetic, geometric, and harmonic sequences.