Podcast
Questions and Answers
What is the backbone of modern-day technological advancements?
What is the backbone of modern-day technological advancements?
- Information and Communication Technology (ICT) (correct)
- Software alone
- Data alone
- Hardware alone
What is the meaning of Information Technology (IT)?
What is the meaning of Information Technology (IT)?
- The history of ICT
- The current trend in ICT
- The backbone of modern-day technological advancements
- The use of technology to process and manage information (correct)
What is the role of a computer?
What is the role of a computer?
- To deliver the output through some output device
- To generate data through input devices
- To process data according to a sequence of instructions provided in the form of a program (correct)
- To communicate data through telecommunication
What is the result called when a computer processes the data?
What is the result called when a computer processes the data?
Which devices does the introduction suggest discussing with friends?
Which devices does the introduction suggest discussing with friends?
What is discussed during the introduction activity in the text?
What is discussed during the introduction activity in the text?
What was the major advancement in the second generation of computers?
What was the major advancement in the second generation of computers?
Which technology enabled the creation of smaller, faster, and cheaper computers from 1980 onwards?
Which technology enabled the creation of smaller, faster, and cheaper computers from 1980 onwards?
What marked the beginning of widespread commercial use of mainframe computers?
What marked the beginning of widespread commercial use of mainframe computers?
What was a significant feature of fifth generation computers?
What was a significant feature of fifth generation computers?
In which generation of computers was IC used as a substitute for transistors?
In which generation of computers was IC used as a substitute for transistors?
What was a key factor that enabled the use of hundreds and finally millions of transistors in one chip or microprocessor?
What was a key factor that enabled the use of hundreds and finally millions of transistors in one chip or microprocessor?
Which era marked the beginning of Personal Computer (PC) technology?
Which era marked the beginning of Personal Computer (PC) technology?
'High level' programming languages such as ALGOL, COBOL, and FORTRAN were introduced in which computer generation?
'High level' programming languages such as ALGOL, COBOL, and FORTRAN were introduced in which computer generation?
'Mainframe computers became powerful enough to support thousands of online remote terminals' during which era?
'Mainframe computers became powerful enough to support thousands of online remote terminals' during which era?
Information and Communication Technology (ICT) relies solely on hardware for efficient communication.
Information and Communication Technology (ICT) relies solely on hardware for efficient communication.
The result of computer data processing is called the input.
The result of computer data processing is called the input.
The introduction activity in the text involves discussing the influence of technology on personal lives.
The introduction activity in the text involves discussing the influence of technology on personal lives.
High level programming languages like ALGOL, COBOL, and FORTRAN were introduced in the third generation of computers.
High level programming languages like ALGOL, COBOL, and FORTRAN were introduced in the third generation of computers.
Mainframe computers became powerful enough to support thousands of online remote terminals during the second era of computer technology.
Mainframe computers became powerful enough to support thousands of online remote terminals during the second era of computer technology.
A computer is a programmable electronic device that only takes data through output devices.
A computer is a programmable electronic device that only takes data through output devices.
The first generation of computers used vacuum tubes as the main component.
The first generation of computers used vacuum tubes as the main component.
Transistors were used as a substitute for vacuum tubes in the second generation of computers.
Transistors were used as a substitute for vacuum tubes in the second generation of computers.
The third generation of computers introduced the use of integrated circuits (IC) as a substitute for transistors.
The third generation of computers introduced the use of integrated circuits (IC) as a substitute for transistors.
The VLSI technology enabled the creation of smaller, faster, and cheaper computers from 1980 onwards.
The VLSI technology enabled the creation of smaller, faster, and cheaper computers from 1980 onwards.
The term 'fifth generation computer' was coined to describe a 'smart' computer built in the mid-1990s.
The term 'fifth generation computer' was coined to describe a 'smart' computer built in the mid-1990s.
Mainframe computers in the 1960s were powerful enough to support thousands of online remote terminals.
Mainframe computers in the 1960s were powerful enough to support thousands of online remote terminals.
The development in the fifth generation of computers involved artificial intelligence, expert systems, and natural programming language.
The development in the fifth generation of computers involved artificial intelligence, expert systems, and natural programming language.
The speed of electron movement in first-generation computers was close to the velocity of light.
The speed of electron movement in first-generation computers was close to the velocity of light.
The third generation of computers utilized semiconductor memory as the main memory.
The third generation of computers utilized semiconductor memory as the main memory.
The fourth generation of computers marked the era of Personal Computer (PC) technology.
The fourth generation of computers marked the era of Personal Computer (PC) technology.
