About This Course
Course Curriculum
-
Introduction to Sets00:01:00
-
Definition of Set00:09:00
-
Number Sets00:10:00
-
Set Equality00:09:00
-
Set-Builder Notation00:10:00
-
Types of Sets00:12:00
-
Subsets00:10:00
-
Power Set00:05:00
-
Ordered Pairs00:05:00
-
Cartesian Products00:14:00
-
Cartesian Plane00:04:00
-
Venn Diagrams00:03:00
-
Set Operations (Union, Intersection)00:15:00
-
Properties of Union and Intersection00:10:00
-
Set Operations (Difference, Complement)00:12:00
-
Properties of Difference and Complement00:07:00
-
De Morgan’s Law00:08:00
-
Partition of Sets00:16:00
-
Introduction00:01:00
-
Statements00:07:00
-
Compound Statements00:13:00
-
Truth Tables00:09:00
-
Examples00:13:00
-
Logical Equivalences00:07:00
-
Tautologies and Contradictions00:06:00
-
De Morgan’s Laws in Logic00:12:00
-
Logical Equivalence Laws00:03:00
-
Conditional Statements00:13:00
-
Negation of Conditional Statements00:10:00
-
Converse and Inverse00:07:00
-
Biconditional Statements00:09:00
-
Examples00:12:00
-
Digital Logic Circuits00:13:00
-
Black Boxes and Gates00:15:00
-
Boolean Expressions00:06:00
-
Truth Tables and Circuits00:09:00
-
Equivalent Circuits00:07:00
-
NAND and NOR Gates00:07:00
-
Quantified Statements – ALL00:08:00
-
Quantified Statements – THERE EXISTS00:07:00
-
Negations of Quantified Statements00:08:00
-
Introduction00:01:00
-
Parity00:13:00
-
Divisibility00:11:00
-
Prime Numbers00:08:00
-
Prime Factorisation00:09:00
-
GCD & LCM00:17:00
-
Intro00:06:00
-
Terminologies00:08:00
-
Direct Proofs00:09:00
-
Proofs by Contrapositive00:11:00
-
Proofs by Contradiction00:17:00
-
Exhaustion Proofs00:14:00
-
Existence & Uniqueness Proofs00:16:00
-
Proofs by Induction00:12:00
-
Examples00:19:00
-
Intro00:01:00
-
Functions00:15:00
-
Evaluating a Function00:13:00
-
Domains00:16:00
-
Range00:05:00
-
Graphs00:16:00
-
Graphing Calculator00:06:00
-
Extracting Info from a Graph00:12:00
-
Domain & Range from a Graph00:08:00
-
Function Composition00:10:00
-
Function Combination00:09:00
-
Even and Odd Functions00:08:00
-
One to One (Injective) Functions00:09:00
-
Onto (Surjective) Functions00:07:00
-
Inverse Functions00:10:00
-
Long Division00:16:00
-
Intro00:01:00
-
The Language of Relations00:10:00
-
Relations on Sets00:13:00
-
The Inverse of a Relation00:06:00
-
Reflexivity, Symmetry and Transitivity00:13:00
-
Examples00:08:00
-
Properties of Equality & Less Than00:08:00
-
Equivalence Relation00:07:00
-
Equivalence Class00:07:00
-
Intro00:01:00
-
Graphs00:11:00
-
Subgraphs00:09:00
-
Degree00:10:00
-
Sum of Degrees of Vertices Theorem00:23:00
-
Adjacency and Incidence00:09:00
-
Adjacency Matrix00:16:00
-
Incidence Matrix00:08:00
-
Isomorphism00:08:00
-
Walks, Trails, Paths, and Circuits00:13:00
-
Examples00:10:00
-
Eccentricity, Diameter, and Radius00:07:00
-
Connectedness00:20:00
-
Euler Trails and Circuits00:18:00
-
Fleury’s Algorithm00:10:00
-
Hamiltonian Paths and Circuits00:06:00
-
Ore’s Theorem00:14:00
-
The Shortest Path Problem00:13:00
-
Intro00:01:00
-
Terminologies00:03:00
-
Mean00:04:00
-
Median00:03:00
-
Mode00:03:00
-
Range00:08:00
-
Outlier00:04:00
-
Variance00:09:00
-
Standard Deviation00:04:00
-
Intro00:03:00
-
Factorials00:08:00
-
The Fundamental Counting Principle00:13:00
-
Permutations00:13:00
-
Combinations00:12:00
-
Pigeonhole Principle00:06:00
-
Pascal’s Triangle00:08:00
-
Intro00:01:00
-
Sequence00:07:00
-
Arithmetic Sequences00:12:00
-
Geometric Sequences00:09:00
-
Partial Sums of Arithmetic Sequences00:12:00
-
Partial Sums of Geometric Sequences00:07:00
-
Series00:13:00
-
Assignment – An Introduction to Discrete Maths