Digital Computer Electronics MCQ Questions & Answers

Section 1 Section 2 Section 3 Section 4

1.
Conversion of decimal number 61₁₀ to it's binary number equivalent is

A. 110011₂

B. 11001110₂

C. 111101₂

D. 11111₂

E. None of the above

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2.
An OR gate can be imagined as

A. switches connected in series

B. switches connected in parallel

C. MOS transistors connected in series

D. All of the above

E. None of the above

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3.
Address 200H contains the byte 3FH. What is the decimal equivalent of 3FH

A. 63

B. 32

C. 16

D. 38

E. None of the above

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4.
Conversion of an octal number 112₈ to hexadecimal number is

A. 4A₁₆

B. 5A₁₆

C. 15₁₆

D. 20₁₆

E. None of the above

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5.
The functional difference between SR flip-flop and JK flip-flop is that

A. JK flip-flop is faster than SR flip-flop

B. JK flip-flop has a feed back path

C. JK flip-flop accepts both inputs 1

D. JK flip-flop does not require external clock

E. None of the above

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Digital Computer Electronics MCQ Questions & Answers | Computer Science

1. Conversion of decimal number 6110 to it's binary number equivalent is

Answer & Solution

2. An OR gate can be imagined as

Answer & Solution

3. Address 200H contains the byte 3FH. What is the decimal equivalent of 3FH

Answer & Solution

4. Conversion of an octal number 1128 to hexadecimal number is

Answer & Solution

5. The functional difference between SR flip-flop and JK flip-flop is that

Answer & Solution

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1.
Conversion of decimal number 61₁₀ to it's binary number equivalent is

2.
An OR gate can be imagined as

3.
Address 200H contains the byte 3FH. What is the decimal equivalent of 3FH

4.
Conversion of an octal number 112₈ to hexadecimal number is

5.
The functional difference between SR flip-flop and JK flip-flop is that