Step 1: Apply Boolean Laws The given function is:
X' (X'+Y)
Using the Distributive Law, expand the expression:
X'⋅X'+X'⋅Y
Step 2: Simplify Terms
1 X'⋅X'=X' (Idempotent Law).
2 The expression becomes:
X'+X'⋅Y
Step 3: Apply Absorption Law Using the Absorption Law (A+A⋅B=A)
X'+X'⋅Y=X'
Which of the following is a primary advantage of using a Mealy machine over a Moore machine in FSM design?
What term refers to the duration a microprocessor takes to access memory or I/O devices and complete the associated read or write operation during processing?
Which of the following steps is essential in minimizing a Boolean function using a Karnaugh Map (K-Map)?
Which of the following best describes a situation where a bidirectional shift register would be preferred over a unidirectional shift register in a digital system?
Which type of memory is best suited for digital electronics applications where high storage capacity is required at a low cost?
In a Gray Code to Binary converter, how is the Most Significant Bit (MSB) of the Binary code determined?
Which controller is specially developed for interfacing keyboard and display devices for the Intel 8085?
How does the triggering mechanism differ between a latch and a flip-flop in digital circuits?
Which type of Sample and Hold Circuit is specifically designed for applications like analog-todigital converters (ADCs), where precise timing is critical for accurate signal processing?
Which Boolean law is represented by the equation A.(B+C)=(A.B)+(A.C) ?
