List the interacting domains for each of the following: application software, system software, and hardware.(1 point) Responses software domain, digital domain, and analog domain software domain, digital domain, and analog domain integrated circuits domain, logic gate domain, and programming language domain integrated circuits domain, logic gate domain, and programming language domain operating system domain, architecture domain, and component domain operating system domain, architecture domain, and component domain transistor domain, abstraction layer domain, and library domain

Answer 1

The most appropriate response for the interacting domains for application software, system software, and hardware is:

operating system domain, architecture domain, and component domain.

This answer reflects the relationship between application software and system software (which typically includes the operating system), the architecture that defines hardware organization, and the components that make up the hardware itself.

Answer 2

What controls the interactions between hardware and user applications?(1 point) Responses programming languages programming languages hardware layers hardware layers system software system software domains

Answer 3

The correct response is system software.

System software, which includes the operating system, manages and controls the interactions between hardware and user applications, enabling the execution of application software on the hardware.

Answer 4

The use and development of computer systems that can learn and adapt itself is referred to as(1 point) Responses operating system. operating system. machine learning. machine learning. quantum information science. quantum information science. artificial intelligence.

Answer 5

The correct response is machine learning.

Machine learning is the field of study that focuses on the development of algorithms and statistical models that allow computer systems to learn from and make predictions or decisions based on data.

Answer 6

Quantum computers differ from classical computers by processing information using(1 point) Responses bits. bits. qubits. qubits. ASCII. ASCII. bytes.

Answer 7

The correct response is qubits.

Quantum computers process information using qubits (quantum bits), which can represent and store information in ways that classical bits cannot, allowing for more complex and powerful computations.

Answer 8

Identify the task that used to be considered artificial intelligence but is now generally excluded.(1 point) Responses self-driving cars self-driving cars optical character recognition optical character recognition recommendation systems recommendation systems human speech recognition

Answer 9

The correct response is optical character recognition.

Optical character recognition (OCR) was once considered a part of artificial intelligence, but it has become a well-established technology that is generally no longer classified as AI. This is because it is now seen as a standard application of computer vision and pattern recognition techniques rather than an area of ongoing research in AI.