This course covers the essential maths and logic concepts for programmers, including sets, logic, and laws such as distributive and DeMorgan's laws. The course aims to teach learners the foundational skills needed to understand and apply mathematical and logical concepts in programming. The teaching method includes explanations, examples, and proofs to help reinforce learning. This course is intended for programmers who want to strengthen their mathematical and logical reasoning skills to enhance their programming abilities.
Overview
Syllabus
) Tips For Learning.
) What Is Discrete Mathematics?.
) Sets - What Is A Set?.
) Sets - Interval Notation & Common Sets.
) Sets - What Is A Rational Number?.
) Sets - Here Is A Non-Rational Number.
) Sets - Set Operators.
) Sets - Set Operators (Examples).
) Sets - Subsets & Supersets.
) Sets - The Universe & Complements.
) Sets - Subsets & Supersets (Examples).
) Sets - The Universe & Complements (Examples).
) Sets - Idempotent & Identity Laws.
) Sets - Complement & Involution Laws.
) Sets - Associative & Commutative Laws.
) Sets - Distributive Law (Diagrams).
) Sets - Distributive Law Proof (Case 1).
) Sets - Distributive Law Proof (Case 2).
) Sets - Distributive Law (Examples).
) Sets - DeMorgan’s Law.
) Sets - DeMorgan’s Law (Examples).
) Logic - What Is Logic?.
) Logic - Propositions.
) Logic - Composite Propositions.
) Logic - Truth Tables.
) Logic - Idempotent & Identity Laws.
) Logic - Complement & Involution Laws.
) Logic - Commutative Laws.
) Logic - Associative & Distributive Laws.
) Logic - DeMorgan’s Laws.
) Logic - Conditional Statements.
) Logic - Logical Quantifiers.
) Logic - What Are Tautologies?.
Taught by
freeCodeCamp.org
