Logic, Sets & SAT Lab
Build truth tables, compare logical forms, inspect set operations, and test small CNF satisfiability instances.
College Level · Algebra & Proof Readiness · 36 Weeks
A rigorous, mastery-based first college course in discrete mathematics for computer science: formal logic, set theory, proof, induction, recursion, number theory, combinatorics, discrete probability, graph theory, trees, Boolean algebra, automata, algorithm analysis, computability foundations, and a defensible computing capstone.
Logic · Sets · Graphs · Counting · Algorithms
Open a laboratory inside Discrete Mathematics, then return directly to lessons, assessments, gradebook, portfolio, or learner records. Technology supports truth-table generation, set operations, graph traversal, counting, recurrence exploration, and verification; it does not replace definitions, proof, invariants, edge cases, complexity analysis, or ethical judgment.
Build truth tables, compare logical forms, inspect set operations, and test small CNF satisfiability instances.
Create graphs, compute degrees and components, run BFS and DFS, and inspect Euler and bipartite conditions.
Calculate permutations, combinations, inclusion–exclusion counts, pigeonhole bounds, and recurrence sequences.
Use integer arithmetic, modular checks, combinatorics, discrete probability, recurrence values, and numerical verification within the Khaemenes mathematics infrastructure.
Apply graph layout, finite-state diagrams, coordinate systems, precision, and technical visualization to computing models.
Browse the wider internal Verve N Veda collection of mathematical, logical, geometric, and strategic activities.