Fundamental of Computer Organization | Int. Semester I Winter 2019 | GTU Papers

Q: Q1. Abbreviation the following: 1. BIOS 2. RAM 3. BCD 4. ALU 5. USB 6. POST 7. UPS

This is question 1 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q1. What are output devices? Explain any five in detail.

This is question 1 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q2. Explain working of: 1. MOV 2. MUL 3. DEC 4. CMP 5. NEG 6. XOR 7. INC

This is question 2 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q2. Explain De Morgan’s Theorems with basic laws of Boolean algebra.

This is question 2 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q2. Explain different Peripheral devices of computer in detail.

This is question 2 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q3. What are different types of number systems used to represent numeric data?

This is question 3 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q3. 1. Explain sum of product and product of sum with example 2. Convert (A37E) into (?)1610

This is question 3 (2 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q3. Draw logical gate circuit and truth table for: F=(A+B+C)*(A’+B’+C’)*(A+B’+C)

This is question 3 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q3. Explain 1-bit binary half adder and full adder in detail (with example)

This is question 3 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Q: Q4. Explain the use of Complements to represent negative numbers in binary and other number systems.

This is question 4 (7 marks) from the GTU Fundamental Computer Organization IC Winter 2019 question paper. Subject code: 2618601.

Questions17

Abbreviation the following: 1. BIOS 2. RAM 3. BCD 4. ALU 5. USB 6. POST 7. UPS

[7 marks]

What are output devices? Explain any five in detail.

[7 marks]

Explain working of: 1. MOV 2. MUL 3. DEC 4. CMP 5. NEG 6. XOR 7. INC

[7 marks]

Explain De Morgan’s Theorems with basic laws of Boolean algebra.

[7 marks]

Explain different Peripheral devices of computer in detail.

[7 marks]

What are different types of number systems used to represent numeric data?

[7 marks]

1. Explain sum of product and product of sum with example 2. Convert (A37E) into (?)1610

[2 marks]

Draw logical gate circuit and truth table for: F=(A+B+C)*(A’+B’+C’)*(A+B’+C)

[7 marks]

Explain 1-bit binary half adder and full adder in detail (with example)

[7 marks]

Explain the use of Complements to represent negative numbers in binary and other number systems.

[7 marks]

Explain different types of logical gates available.

[7 marks]

Explain RAM and ROM. What are the key difference between RAM and ROM.

[7 marks]

What are different types of addressing techniques available to store the data.

[7 marks]

What is basic working and application of multiplexer.

[7 marks]

Explain instruction Cycle and Execution Cycle organization of Control Registers.

[7 marks]

What is cache memory? Explain work of it

[7 marks]

Define bus. Explain different types of buses are available in system

[7 marks]

Fundamental Computer Organization — Winter 2019

Questions17