How does a complier, interpreter and CPU work video

In the context of programming, what is a high-level language designed for?

• To optimize machine code
• To directly manipulate hardware
• To be easily understood by humans
• To be easily understood by computers

Which of the following is an example of a high-level programming language?

• Machine Code
• Assembly
• Binary
• Java

Which of the following statements accurately describes the function of a compiler?

• It translates one statement at a time
• It executes code faster than an interpreter
• It requires more memory than an interpreter
• It translates the entire program into machine code at once

What is the primary function of a compiler in programming?

• To debug the source code
• To translate the entire program into machine code at once
• To optimize code for faster execution
• To execute code line by line

What is the main advantage of using a compiler over an interpreter?

• Compilers are easier to use
• Compilers execute code faster since translation is done ahead of time
• Compilers can handle more complex code
• Compilers require less memory

What is a key advantage of using an interpreter for certain programming tasks?

• Interpreters are faster than compilers
• Interpreters allow for immediate execution of code changes
• Interpreters can handle larger programs than compilers
• Interpreters convert code into machine code ahead of time

Which of the following languages is typically interpreted rather than compiled?

• Swift
• Python
• Java
• C++

What is the primary role of a CPU in executing instructions?

• To interpret code line by line
• To execute instructions in a four-step cycle
• To compile high-level code into machine code
• To schedule tasks for the operating system

What is the correct sequence of steps in a CPU cycle?

• Load, execute, decode, store
• Load, decode, execute, store
• Decode, load, execute, store
• Execute, load, decode, store

What does the term 'clock cycles' refer to in relation to CPU speed?

• The frequency at which a CPU can perform operations
• The number of cycles it takes to complete a CPU cycle
• The time taken to load instructions into memory
• The number of instructions executed per second