Reference and Selective Reading
This generated surface maps a learner-facing curriculum unit to its canonical source routes.
Curriculum surface
- Open learner-facing unit
- Curriculum path:
content/curriculum/foundations/semester-01-math-foundations/module-01-proofs-discrete-structures/reference/index.md - App:
foundations - Semester:
semester-01-math-foundations - Module:
module-01-proofs-discrete-structures - Unit kind:
reference - Curation level:
generated_default
Learning objectives
- Use Reference and Selective Reading as targeted reinforcement instead of treating the source books as a separate reading track.
- Choose the smallest source route that resolves the current blocker and then return to the learner path.
- Extract one clarification or example from
discrete-mathematics-and-its-applications,mathematics-for-computer-sciencethat makes the current module easier to execute.
Prerequisites
- The earlier concept pages and practice tasks in the current module.
Source books
discrete-mathematics-and-its-applicationsmathematics-for-computer-science
Source routes
Discrete Mathematics And Its Applications
- /books/discrete-mathematics-and-its-applications via
Rosen: Equivalence Relations,Rosen: Functions,Rosen: Functions (Part 2),Rosen: Introduction to Proofs,Rosen: Mathematical Induction,Rosen: Partial Orderings,Rosen: Partial Orderings (Part 2),Rosen: Predicates and Quantifiers,Rosen: Recursive Definitions and Structural Induction,Rosen: Relations and Their Properties,Rosen: Sets,Rosen: Strong Induction and Well-Ordering
Mathematics For Computer Science
- /books/mathematics-for-computer-science via
MCS: Equivalence Relations / Summary of Relational Properties - /books/mathematics-for-computer-science/chapter-01-propositions-the-axiomatic-method via
MCS: Good Proofs in Practice,MCS: Proving an If and Only If / Proof by Cases / Proof by Contradiction,MCS: Proving an Implication - /books/mathematics-for-computer-science/chapter-03-propositions-from-propositions via
MCS: Equivalence and Validity,MCS: Logical Formulas Problems and References,MCS: Predicate Formulas,MCS: Propositions from Propositions,MCS: The Algebra of Propositions - /books/mathematics-for-computer-science/chapter-04-sets via
MCS: Binary Relations,MCS: Functions,MCS: Sets - /books/mathematics-for-computer-science/chapter-05-ordinary-induction via
MCS: Ordinary Induction,MCS: Strong Induction,MCS: Strong Induction vs. Induction vs. Well Ordering - /books/mathematics-for-computer-science/chapter-07-recursive-definitions-and-structural-induction via
MCS: Recursive Definitions and Structural Induction - /books/mathematics-for-computer-science/chapter-08-infinite-cardinality via
MCS: The Logic of Sets - /books/mathematics-for-computer-science/chapter-10-vertex-degrees-walks-and-paths via
MCS: Directed Graphs & Partial Orders Problems and References,MCS: Representing Partial Orders by Set Containment / Product Orders
Supporting curriculum routes
No supporting curriculum routes linked yet.
External enrichment
No curated enrichment resources yet.
AI companion modes
- Explain simply
- Socratic tutor
- Quiz me
- Challenge my understanding
- Diagnose my confusion
- Generate extra practice
- Revision mode
- Connect forward / backward
Source-of-truth note
This teaching unit is learner-facing guidance assembled from multiple canonical book routes. Use the listed source books as the primary conceptual spine for Reference and Selective Reading, and treat outside material as supporting enrichment only.