Emerging Trends Introduction MCQs: 12 Solved Questions with Explanations

Solve 12 Emerging Trends Introduction questions with clear answer logic, exam-year labels and a compact trap check for focused revision.

KnowledgeGate Team

Exam prep & CS education

Updated 27 Sep 20268 min read

An introduction to emerging trends is not one definition to memorise. Questions can jump from computer generations and scripting languages to quantum computing, edge computing, digital culture, wearables, sensor networks and educational tools.

Emerging-trends questions test computer generations, metadata, digital culture, quantum computing, edge computing, wearables, OLED and educational tools. They appear in government teaching exams. Attempt each item before reading its answer. First classify the task as history, definition, chronology, assertion-reason, statement evaluation or matching.

1. Emerging technology basics: separate the new from the obsolete

Use vacuum tubes -> transistors -> integrated circuits -> microprocessors as your generation chain. The 1970s personal computer sits at the microprocessor step, because putting the central processing functions on one compact chip is what made a desk-sized machine practical. An emerging technology is one still developing or still finding new uses, so historical importance alone never makes old hardware emerging.

Question 1 · RSSB Senior Computer Instructor 2025

Which of the following is not an emerging technology?

  • A. Artificial Intelligence

  • B. Quantum cryptography

  • C. 3-D holographic imaging

  • D. A computer based on vacuum tubes

Answer: D. A computer based on vacuum tubes. AI, quantum cryptography and 3-D holographic imaging remain active areas. Vacuum-tube computers are historically important but belong to an earlier generation, so they are not emerging technology.

Question 2 · RSSB Senior Computer Instructor 2024

Which of the following electronic technologies is the key technology for making the Personal Computer (PC) in the 1970s?

  • A. Transistor based

  • B. Integrated components (ICs) based

  • C. Microprocessor based

  • D. Vacuum tube based

Answer: C. Microprocessor based. Putting central CPU functions on a compact chip made smaller personal computers practical. Transistors and ICs were earlier enabling steps.

Question 3 · RSSB Senior Computer Instructor 2024

Identify the correct order of the following major technological changes A-D in the development of computers from the first to fourth generations:

(A) Transistors

(B) Microprocessor

(C) Vacuum tubes

(D) Integrated circuits

Choose the correct answer from the options below.

  • A. (A), (C), (D), (B)

  • B. (B), (A), (C), (D)

  • C. (D), (A), (C), (B)

  • D. (C), (A), (D), (B)

Answer: D. (C), (A), (D), (B). The generations map to vacuum tubes, transistors, integrated circuits and microprocessors. That ending cross-checks Question 2.

2. Scripting languages and metadata: distinguish role from implementation

Typical roles separate the options: FORTRAN 95 handles scientific computation, COBOL handles business processing, and C++ handles general-purpose compiled software. In this bank item, Visual Basic is the intended scripting and automation choice; VBScript and VBA are the precise scripting members of the Visual Basic family. For metadata, a student's ID and name are data, while the accompanying description explains what those entries mean and how they are organised.

Question 4 · RSSB Senior Computer Instructor 2026

Which of the following is a scripting language?

  • A. FORTRAN 95

  • B. COBOL

  • C. C++

  • D. Visual Basic

Answer: D. Visual Basic. Among these options, D is the intended answer. Visual Basic-family tools commonly support application automation, while VBScript and VBA are the precise scripting forms; FORTRAN 95, COBOL and C++ are normally used as compiled languages.

Question 5

All the search engines use _____ data where the data is generated from the data itself, such as logical database designs.

  • A. Operational

  • B. Non-operational

  • C. Meta

  • D. None of these

Answer: C. Meta. Metadata explains what stored information means and how it is organised. Operational data is the working content itself. The Question 5 link opens the Emerging Trends practice hub for further questions on the same topic.

For the wider vocabulary behind these terms, read ICT for Teaching Exams: Fundamentals Explained.

3. Digital culture and adoption: solve chronology and assertion-reason questions

Use Tele-Computer (1989) -> Virtual Communities (1993) -> Being Digital (1995) -> Interactive Media Culture (mid-to-late 1990s) -> Cyber Culture (late 1990s or early 2000s) as the order in which these ideas were popularised, not a universal history. For assertion-reason, test A, R and causation.

Question 6 · RSSB Senior Computer Instructor 2024

Identify the correct sequence of the emergence of the following concepts:

A. Virtual Communities

B. Cyber Culture

C. Being Digital

D. Tele Computer

E. Interactive Media Culture

Choose the correct answer from the options below.

  • A. A, B, C, D, E

  • B. B, C, D, A, E

  • C. D, A, C, E, B

  • D. C, D, E, A, B

Answer: C. D, A, C, E, B. The popularisation markers run Tele Computer, Virtual Communities, Being Digital, Interactive Media Culture, then Cyber Culture, even though each idea had earlier antecedents.

Question 7 · RSSB Senior Computer Instructor 2020

Given below are two statements, one labelled Assertion A and the other Reason R.

Assertion A: The total number of mobile users in India is increasing rapidly.

Reason R: The cost of mobile phones is decreasing.

Choose the most appropriate answer from the options below.

  • A. Both A and R are correct and R is the correct explanation of A

  • B. Both A and R are correct but R is NOT the correct explanation of A

  • C. A is correct but R is not correct

  • D. A is not correct but R is correct

Answer: A. Both A and R are correct and R is the correct explanation of A. Historically, cheaper devices improved affordability and adoption, though other causes also mattered.

4. Quantum, edge, wearables and sensor networks: map each term to its real role

Pair

Correct distinction

Classical/quantum

bits/qubits

Edge

near-source processing

Wearable/WiMAX

fitness band/communication standard

WSN/GIS

sensing nodes/geographic-data system

Question 8 · TPSC Assistant Technical Officer 2025

Which of the following is a feature of Quantum Computing ?

  • A. Ability to solve complex problems at unprecedented speeds

  • B. Traditional binary computing model

  • C. Increased use of human labor

  • D. Replacing classical computing with traditional binary logic

Answer: A. Ability to solve complex problems at unprecedented speeds. Quantum speedups apply to certain problems, not all; B and D are binary logic, while C is unrelated.

Next, try the Artificial Neural Networks MCQs.

Question 9 · TPSC Assistant Technical Officer 2025

What is the primary purpose of Edge Computing ?

  • A. To improve the speed and efficiency of processing data closer to the source

  • B. To centralize data processing in large data centers

  • C. To create stronger encryption for data transmission

  • D. To allow devices to work without internet access

Answer: A. To improve the speed and efficiency of processing data closer to the source. A camera produces a 20 MB = 20,000 KB frame; a nearby edge device extracts a 50 KB alert, saving 20,000 KB - 50 KB = 19,950 KB. This decimal example shows locality, not a universal ratio or offline operation.

Question 10 · RSSB Senior Computer Instructor 2023

Regarding trends in modern information technology, which statements are relevant?

(A) In traditional computing, data is represented in binary digits, whereas quantum computing represents data in quantum bits or qubits.

(B) A wearable hand device that detects activity and measures steps and heart rate is an example of WiMAX.

(C) A collection of nodes capable of environmental sensing, local computation and communication with peer or higher-performance nodes is called a Geographic Information System (GIS).

Choose the correct answer from the options below.

  • A. Only A

  • B. Only B

  • C. Only A and C

  • D. Only B and C

Answer: A. Only A. A separates bits and qubits. B is a wearable, not WiMAX; C is a WSN, not GIS.

5. 3D printing, OLED and educational tools: test applications precisely

CAD models supply 3D-printing geometry; OLED emits without a backlight.

Question 11 · RSSB Senior Computer Instructor 2023

Statement (I): 3D printers are primarily used in CAD.

Statement (II): OLED requires some type of backlighting to illuminate the screen.

Choose the correct answer from the options below.

  • A. Both I and II is correct

  • B. Both I and II is incorrect

  • C. Statement I is correct, but II is incorrect

  • D. Statement I is incorrect, but II is correct

Answer: C. Statement I is correct, but II is incorrect. CAD models are central 3D-printing inputs. OLED is self-emissive and needs no backlight.

Before Question 12, write Plotagon -> instant animated videos; Mindmeister -> make connections between concepts, ideas and information; Github -> store, share, and work together with others to write code; Mentimeter -> pre-and-post-session polls. This gives A-II, B-III, C-IV, D-I before reading options.

Question 12 · RSSB Senior Computer Instructor 2024

Match the List-I with List-II:

LIST I, Tool/ Softwares

A. Plotagon

B. Mindmeister

C. Github

D. Mentimeter

LIST II, Applications

I. To create Pre-and-post-session polls to gauge student learning from each session

II. To create instant animated videos

III. To understand and make connections between concepts, ideas and information

IV. To store, share, and work together with others to write code

Choose the correct answer:

  • A. A-IV, B-II, C-I, D-III

  • B. A-III, B-II, C-IV, D-I

  • C. A-II, B-III, C-IV, D-I

  • D. A-I, B-IV, C-III, D-II

Answer: C. A-II, B-III, C-IV, D-I. The pairs represent videos, connections, code and polls, respectively. Writing them first prevents option-led guessing.

Question type

Prompt clue

Correct distinction

Tempting confusion

Check

Questions

history

generation

microprocessor vs old hardware

old = emerging

chain

Q1-Q3

definition

data about data

metadata

operational data

schema

Q5

chronology

correct sequence

order five markers

option order

write order

Q6

assertion-reason

A/R

truth, then cause

truth = cause

test A/R/link

Q7

statement set

A/B/C

evaluate separately

technical labels

mark T/F

Q10-Q11

matching

lists

pair first

option-led guess

write pairs

Q12

Diagnose by error cluster, not total score: misses in Q1-Q3 mean rebuild the generation chain; Q4-Q5 mean remap language and data roles; Q6-Q7 mean practise chronology and assertion-reason logic; Q8-Q12 mean redraw the technology-to-role map.

Explain without options: microprocessor vs IC generation; metadata vs operational data; edge vs centralised processing; WSN vs GIS.

Read this recall card aloud once, then prove each line with one example.

  • vacuum tubes -> transistors -> ICs -> microprocessors

  • Metadata is data about data.

  • Quantum computing uses qubits.

  • Edge computing processes near the source.

  • Wearables are not WiMAX.

  • Sensing-node collections are WSNs, not GIS.

  • OLED is self-emissive.

For the wider recruitment context, compare RSSB Basic vs Senior Computer Instructor. For a structured technical sequence, use the RSSB Senior Computer Instructor Course.

Now reattempt Questions 6, 7, 10, 11 and 12 without looking. Chronology, assertion-reason, multi-statement and matching formats expose weak distinctions more clearly than one-line recall.