ENS1161 Computer Fundamentals

DESCRIPTION This unit presents fundamental topics in discrete mathematics that are essential to computing studies including logic, Boolean algebra and logic circuits, set theory, counting techniques, computer arithmetic, graph theory and matrix algebra with applications to computing. It also provides an introduction to the representation of numbers in a computer, and assembly language programming for a microprocessor. LEARNING OUTCOMES On completion of this unit students should be able to: ...

DESCRIPTION This unit presents fundamental topics in discrete mathematics that are essential to computing studies including logic, Boolean algebra and logic circuits, set theory, counting techniques, computer arithmetic, graph theory and matrix algebra with applications to computing. It also provides an introduction to the representation of numbers in a computer, and assembly language programming for a microprocessor. LEARNING OUTCOMES On completion of this unit students should be able to: ...

ENS1161 Computer Fundamentals Assignment 2 with Solutions. Propositions, connectives and truth tables; logical equivalence; laws of logic; arguments; predicate logic. Sets and set operations; Venn diagrams; laws of sets; cartesian product, counting techniques. Boolean algebra; logic gates; Karnaugh maps; simplification of Boolean expressions; design and simplification of logic circuits; universality of NANDs. Relations and their representations; equivalence relations and classes; modular arithm...

ENS1161 Computer Fundamentals Workshop Questions and Answers. Propositions, connectives and truth tables; logical equivalence; laws of logic; arguments; predicate logic. Sets and set operations; Venn diagrams; laws of sets; cartesian product, counting techniques. Boolean algebra; logic gates; Karnaugh maps; simplification of Boolean expressions; design and simplification of logic circuits; universality of NANDs. Relations and their representations; equivalence relations and classes; modular ari...

DESCRIPTION This unit presents fundamental topics in discrete mathematics that are essential to computing studies including logic, Boolean algebra and logic circuits, set theory, counting techniques, computer arithmetic, graph theory and matrix algebra with applications to computing. It also provides an introduction to the representation of numbers in a computer, and assembly language programming for a microprocessor. LEARNING OUTCOMES On completion of this unit students should be able to: ...

ENS1161 Computer Fundamentals Past Paper With Answers. Propositions, connectives and truth tables; logical equivalence; laws of logic; arguments; predicate logic. Sets and set operations; Venn diagrams; laws of sets; cartesian product, counting techniques. Boolean algebra; logic gates; Karnaugh maps; simplification of Boolean expressions; design and simplification of logic circuits; universality of NANDs. Relations and their representations; equivalence relations and classes; modular arithmetic...

ENS1161 Computer Fundamentals Assignment 2 with Solutions. Propositions, connectives and truth tables; logical equivalence; laws of logic; arguments; predicate logic. Sets and set operations; Venn diagrams; laws of sets; cartesian product, counting techniques. Boolean algebra; logic gates; Karnaugh maps; simplification of Boolean expressions; design and simplification of logic circuits; universality of NANDs. Relations and their representations; equivalence relations and classes; modular arithm...

ENS1161 Computer Fundamentals Questions and Answers From Week 1 to week 12. Propositions, connectives and truth tables; logical equivalence; laws of logic; arguments; predicate logic. Sets and set operations; Venn diagrams; laws of sets; cartesian product, counting techniques. Boolean algebra; logic gates; Karnaugh maps; simplification of Boolean expressions; design and simplification of logic circuits; universality of NANDs. Relations and their representations; equivalence relations and class...