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Questions and Answers
What are the main components of a computer?
What are the main components of a computer?
The main components of a computer are the CPU and storage.
List three properties of computers.
List three properties of computers.
Three properties of computers are speed, accuracy, and consistency.
What does it mean for a computer to be 'general purpose'?
What does it mean for a computer to be 'general purpose'?
A general-purpose computer can run different programs to achieve various functionalities.
Explain the significance of Moore's Law in the context of computer evolution.
Explain the significance of Moore's Law in the context of computer evolution.
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Can a computer think or be considered intelligent? Why or why not?
Can a computer think or be considered intelligent? Why or why not?
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What is the two's complement representation of -5?
What is the two's complement representation of -5?
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In a half adder circuit, what is the output for inputs A = 0 and B = 1?
In a half adder circuit, what is the output for inputs A = 0 and B = 1?
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Explain how the carry output (Cout) is determined in a full adder.
Explain how the carry output (Cout) is determined in a full adder.
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What binary values represent positive numbers in two's complement?
What binary values represent positive numbers in two's complement?
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How is subtraction accomplished using a combinational circuit?
How is subtraction accomplished using a combinational circuit?
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What is the output of a full adder for inputs A = 1, B = 1, and Cin = 1?
What is the output of a full adder for inputs A = 1, B = 1, and Cin = 1?
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Describe the arrangement of n-bit full adders in a carry chain.
Describe the arrangement of n-bit full adders in a carry chain.
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What happens if there is an overflow in an n-bit adder?
What happens if there is an overflow in an n-bit adder?
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What is the output Qn of an SR Latch when both S and R inputs are 0?
What is the output Qn of an SR Latch when both S and R inputs are 0?
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In an SR Latch, what happens when the S input is 1 and the R input is 0?
In an SR Latch, what happens when the S input is 1 and the R input is 0?
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What occurs in an SR Latch when both S and R are set to 1?
What occurs in an SR Latch when both S and R are set to 1?
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What is the function of a D Flip-Flop in digital circuits?
What is the function of a D Flip-Flop in digital circuits?
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How can a 4-bit register be described in terms of its structure?
How can a 4-bit register be described in terms of its structure?
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What does the term 'n-bit registers' refer to?
What does the term 'n-bit registers' refer to?
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What is meant by '8-byte RAM' in the context of computer architecture?
What is meant by '8-byte RAM' in the context of computer architecture?
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What is the significance of the clock signal in registers?
What is the significance of the clock signal in registers?
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What is the output of a multiplexer (MUX) when the select line is set to 1 and input a
is 0 while input b
is 1?
What is the output of a multiplexer (MUX) when the select line is set to 1 and input a
is 0 while input b
is 1?
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In a half-subtractor, what is the relationship between the inputs a
and b
when the output F
is 1?
In a half-subtractor, what is the relationship between the inputs a
and b
when the output F
is 1?
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What does the 'sel' line of a multiplexer do?
What does the 'sel' line of a multiplexer do?
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If both inputs of a half-subtractor are set to 1, what will be the output F
?
If both inputs of a half-subtractor are set to 1, what will be the output F
?
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What is the output of the ALU when it performs the AND operation between x2
and y2
?
What is the output of the ALU when it performs the AND operation between x2
and y2
?
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In the context of the ALU, what do the controls zx
and nx
typically configure?
In the context of the ALU, what do the controls zx
and nx
typically configure?
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How does changing the sel
value from 0 to 1 affect the output of a multiplexer?
How does changing the sel
value from 0 to 1 affect the output of a multiplexer?
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What is the purpose of a full adder in an ALU?
What is the purpose of a full adder in an ALU?
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What is the size of one byte in bits?
What is the size of one byte in bits?
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When accessing RAM, what is a key restriction concerning registers?
When accessing RAM, what is a key restriction concerning registers?
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What does the program counter hold?
What does the program counter hold?
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What functionality does the INC signal provide in a program counter?
What functionality does the INC signal provide in a program counter?
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In the context of machine code, what does an immediate addressing mode do?
In the context of machine code, what does an immediate addressing mode do?
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Describe direct addressing mode in machine code.
Describe direct addressing mode in machine code.
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What is the purpose of the LOAD function in a program counter?
What is the purpose of the LOAD function in a program counter?
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What distinguishes indirect addressing mode from other addressing modes?
What distinguishes indirect addressing mode from other addressing modes?
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What is the purpose of the Fetch-Execute Cycle in computer architecture?
What is the purpose of the Fetch-Execute Cycle in computer architecture?
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Describe the role of the Program Counter (PC) in the instruction fetch phase.
Describe the role of the Program Counter (PC) in the instruction fetch phase.
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In a C-instruction, what are the three components that need to be decoded?
In a C-instruction, what are the three components that need to be decoded?
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What is the significance of having separate chips for ROM and RAM in the Hack Computer architecture?
What is the significance of having separate chips for ROM and RAM in the Hack Computer architecture?
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How does the instruction format influence the execution in the Hack Computer?
How does the instruction format influence the execution in the Hack Computer?
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Explain the role of the ALU in the context of CPU instruction execution.
Explain the role of the ALU in the context of CPU instruction execution.
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What function does I/O mapped memory serve in a computer system?
What function does I/O mapped memory serve in a computer system?
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Why is it necessary to decode both A- and C-instructions separately in the Hack Computer?
Why is it necessary to decode both A- and C-instructions separately in the Hack Computer?
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Study Notes
Course Information
- Course Title: Computer Fundamentals
- Course Code: COMP-1027
- Lecture: 11
- Topic: Revision + Exam
Learning Objectives
- Review of all material learned so far
- Exam format review
Additional Information
- Lecture 1: Introduction + Evolution
- Lecture 2: Electronics to Logic Gates Boolean
- Lecture 3: Combinatorial Circuits
- Lecture 4: ALU
- Lecture 5: Sequential Circuits
- Lecture 6: Machine Code
- Lecture 7: Memory I/O & CPU Controls
- Lecture 8: Networks
- Lecture 9: Socket Programming
- Lecture 10: ALU + Latches – ZOOM-IN
- Computer Components: CPU, Storage, HDD, Keyboard, Mouse, Monitor(s), Printer(s)
- Computer Properties: Fast, Accurate, Consistent
- Computer Evolution & Generations: Agricultural Revolution, Industrial Revolution, Light-bulb Invention, Moon landing, World Wide Web, Human Genome sequencing, exponentially increasing computational power
- Abstraction Levels: User, High-Level Language, Assembly Language, System Software, Machine, Control, Digital Logic
- Numbering Systems: Decimal, Binary, Hexadecimal (Conversions)
- Negative Numbers: Sign and Magnitude, Excess-3, One's Complement, Two's Complement
- Combinatorial Circuits: Half Adder, Full Adder
- Subtraction Circuits: Half-Subtractor
- Multiplexer (MUX)
- Program Counter
- Machine Code
- Addressing Modes: Immediate, Direct, Indirect
- Examples of Addressing Modes: Instruction data, memory address, A-instruction's FORMAT, with binary examples
- Example: Add 1 + 100
- Latches vs. Flip-Flops
- Socket Programming (Client-Server): Concepts, example of interaction
- Socket Programming (Windows): Key functions for client/server communication, example of interaction
- Assessment: 75% coursework, 25% timed exam
- Important note: Show all working out during assessment; final answer alone is not sufficient, take hints from questions into account
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Description
Test your knowledge on the fundamental components and principles of computers in this quiz. Explore topics such as computer properties, Moore's Law, binary representation, and digital circuits including adders and latches. Perfect for students in introductory computer science courses.