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Jeremy c. zodinliana Asked a Question
October 12, 2021 3:28 pm 30 pts
INTERNALASSESSMENTI:lAB- MII Boolean Agebra & Logic Gates 10.If A = 1 and B = 0, then the value of A + B is (a) A (C)0 (d) AB 1.Which of the following gates acts as a Universal gate ? (a) NAND ) NOR l1. The simplified Boolean expression for Y =B+ A: B (c) xOR (d) either (a) or (b) (6)6 2. Ihe inputs of the NAND gate are connected together (c) A+ B (d) B+A ne resulting gate circuit is (a) NAND (D) AND 12. The simplified logic circuit for Boolean expression (c) OR (d) NOT YsA+A:B contains la) one OR and one No gates 3. The given Boolean expression is Y = AB + BA . b) one AND, one OR and one NOT gates fA=1 and B= 1, then Y= (c) one OR gate (a) 1 (b) 0 (d) None of these (c) either 0 or 1 d) None of these 13. Ihe Simplified Boolean expression for 4. A+B can be writen as (A+B+C).(A+B) is a A+B (c) A-B b) A-B a) A (b) B (d) AB (c) AB (d) A+B 4. The simplified Boolean expression for 5. AB can be written as (A+B)-(A+B) Is (d) A+B b) A-B (c) AB (d) A B a) A (6) B (c)AB (d) A +B 6. The Boolean expression B+AB when simplified gives (a) A 15. The Boolean expression Y = AB+ AB can be written (c) A+B (d) B (6) Y =A+B a AOB 7. The simplified Boolean expression of AB + AB is =A:B (d) Y=A®B (a)A (c) A+B (d)A+B 8. The simplified Boolean expression of A(A+ B) is (a)A (b) AB (c) AB (d) AB 9. The logic circuit for Boolean expression Y= ABC + D contains (a) two AND, one OR and one NOT gates (D) one AND, one OR and one NOT gates (c) one OR and one NOT gates (d) None of these
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• Bidyut sinha
welcome
• Jeremy c. zodinliana
thabk u sirrrrrr🙏🙏🙏🤘🙏🤘🤘 