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This section includes 70 Mcqs, each offering curated multiple-choice questions to sharpen your Discrete Mathematics knowledge and support exam preparation. Choose a topic below to get started.
51. |
How many number of prime implicants are there in the expression F(x, y, z) = y’z’ + xy + x’z. |
A. | 7 |
B. | 19 |
C. | 3 |
D. | 53 |
Answer» D. 53 | |
52. |
Using which component a shift register is implemented? |
A. | register |
B. | transistor |
C. | latch |
D. | flip-flop |
Answer» E. | |
53. |
Simplify the expression: A’(A + BC) + (AC + B’C). |
A. | (AB’C+BC’) |
B. | (A’B+C’) |
C. | (A+ BC) |
D. | AC |
Answer» C. (A+ BC) | |
54. |
When designing a circuit to emulate a truth table, both Product-of-Sums (POS) expressions and Sum-of-Products (SOP) expressions can be derived from? |
A. | k-map |
B. | NAND gate |
C. | NOR gate |
D. | X-NOR gate |
Answer» B. NAND gate | |
55. |
To display time in railway stations which digital circuit is used? |
A. | seven segment decoder |
B. | eight segment encoder |
C. | 8:3 multiplexer |
D. | 9 bit segment driver |
Answer» B. eight segment encoder | |
56. |
What is the use of Boolean identities? |
A. | Minimizing the Boolean expression |
B. | Maximizing the Boolean expression |
C. | To evaluate a logical identity |
D. | Searching of an algebraic expression |
Answer» B. Maximizing the Boolean expression | |
57. |
Determine the number of prime implicants of the following function F? |
A. | 621 |
B. | 187 |
C. | 3⁵ |
D. | 5 |
Answer» E. | |
58. |
Equivalence of automata states that ____________ |
A. | two automata accept the same set of input strings |
B. | two automata have same set of states |
C. | two automata does not contain initial input symbols |
D. | two automata share equal transition function |
Answer» B. two automata have same set of states | |
59. |
Simplify the expression using K-maps: F(A,B,C) = π(0,2,4,5,7). |
A. | (x+y)(y+z)(x+z)(x’+z’) |
B. | (x+z’)(y+z)(x+y) |
C. | (x+y’+z)(x+z’) |
D. | (y’+z’)(x’+y)(z+y’) |
Answer» B. (x+z’)(y+z)(x+y) | |
60. |
Minimization of function F(A,B,C) = A*B*(B+C) is _________ |
A. | AC |
B. | B+C |
C. | B` |
D. | AB |
Answer» E. | |
61. |
Which of the following is a Simplification law? |
A. | M.(~M+N) = M.N |
B. | M+(N.O) = (M+N)(M+O) |
C. | ~(M+N) = ~M.~N |
D. | M.(N.O) = (M.N).O |
Answer» B. M+(N.O) = (M+N)(M+O) | |
62. |
The ___________ of all the variables in direct or complemented from is a maxterm. |
A. | addition |
B. | product |
C. | moduler |
D. | subtraction |
Answer» B. product | |
63. |
Algebra of logic is termed as ______________ |
A. | Numerical logic |
B. | Boolean algebra |
C. | Arithmetic logic |
D. | Boolean number |
Answer» D. Boolean number | |
64. |
The logic gate that provides high output for same inputs ____________ |
A. | NOT |
B. | X-NOR |
C. | AND |
D. | XOR |
Answer» C. AND | |
65. |
What is the definition of Boolean functions? |
A. | An arithmetic function with k degrees such that f:Y–>Yᵏ |
B. | A special mathematical function with n degrees such that f:Yⁿ–>Y |
C. | An algebraic function with n degrees such that f:Xⁿ–>X |
D. | A polynomial function with k degrees such that f:X²–>Xⁿ |
Answer» C. An algebraic function with n degrees such that f:Xⁿ–>X | |
66. |
A ________ value is represented by a Boolean expression. |
A. | Positive |
B. | Recursive |
C. | Negative |
D. | Boolean |
Answer» E. | |
67. |
Boolean algebra can be used ____________ |
A. | For designing of the digital computers |
B. | In building logic symbols |
C. | Circuit theory |
D. | Building algebraic functions |
Answer» B. In building logic symbols | |
68. |
Which of the following is/are the universal logic gates? |
A. | OR and NOR |
B. | AND |
C. | NAND and NOR |
D. | NOT |
Answer» D. NOT | |
69. |
F(X,Y,Z,M) = X`Y`Z`M`. The degree of the function is ________ |
A. | 2 |
B. | 5 |
C. | 4 |
D. | 1 |
Answer» D. 1 | |
70. |
What are the canonical forms of Boolean Expressions? |
A. | OR and XOR |
B. | NOR and XNOR |
C. | MAX and MIN |
D. | SOM and POM |
Answer» E. | |