Mathematics used in expressing, analyzing, and designing of digital electronic circuits.

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BlackTom AI · Accepted Answer

The question asks about the mathematics used in expressing, analyzing, and designing digital electronic circuits, which points toward a specialized form of logic and algebra.
Option a: 'Statistical approach' focuses on data analysis and probability, which is not the foundational mathematics for circuit design and Boolean logic, though statistics can be useful in reliability assessments.
Option b: 'Numerical methods' involve computations with numbers and are central in solving continuous problems, not the discrete, binary logic that governs digital circuits.
Option c: 'Logical mathematics' is a broad phrase that could refer to logic, but in the context of digital circuit design, the formal framework used is specifically Boolean algebra, which directly handles true/false (0/1) operations essential for circuits.
Option d: 'Boolean algebra' precisely describes the algebraic system developed to model and manipulate binary variables and logic operations (AND, OR, NOT), forming the core mathematics used in expressing, analyzing, and designing digital electronic circuits. This makes it the appropriate and widely adopted framework for this domain.

FIT1047_S1_2025 Week 2 quiz (not assessed)

Mathematics used in expressing, analyzing, and designing of digital electronic circuits.

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