UGC NET Questions (Paper – 1)

Statements A, B and F accurately describe communication in teaching. A is true because verbal communication comprises spoken and written language. B is true since non-verbal cues often reinforce or clarify verbal messages. F is true as consistency between what is said and how it is expressed avoids confusion. C is false because tone and pace have paralinguistic, partly non-verbal aspects, D is false because students’ non-verbal signals provide important feedback, and E is false since digital tools can support rich communication; therefore A, B and F only is correct.

Option A:
Option A acknowledges A and B but omits F, failing to stress the importance of congruence between message and manner. As F is also true, A and B only is incomplete.

Option B:
Option B brings together A, B and F, covering verbal forms, supporting non-verbal cues and the need for consistency, while excluding C, D and E, which underrate non-verbal and digital channels. Hence A, B and F only is the correct option.

Option C:
Option C includes C, which incorrectly denies the non-verbal aspects of tone and pace, so B, C and F only cannot be accepted.

Option D:
Option D would include E, which wrongly rejects digital platforms, and any such mixture with A or B would not match the full set of correct statements.

Netiquette combines the words network and etiquette to refer to appropriate conduct on the internet. It includes respecting others' privacy, avoiding offensive language and following community guidelines. Adhering to netiquette helps maintain constructive and civil online interactions. Thus, the blank should be filled with netiquette.

Option A:
Option A, cyber crime, involves illegal activities conducted through digital means and is not a label for acceptable behaviour norms.

Option B:
Option B is correct because netiquette is the recognised term for etiquette on the net, capturing the idea of polite online behaviour described.

Option C:
Option C, encryption, refers to coding information to protect confidentiality and is unrelated to interpersonal manners.

Option D:
Option D, spooling, is a technical process for managing input and output operations and does not involve social norms.

The CC field allows senders to copy additional people for information, and their addresses appear in the message header visible to all. BCC is useful when the sender wants to protect the privacy of some recipients, such as in mass emails. Understanding this distinction helps maintain confidentiality and professionalism in ICT-mediated communication.

Option A:
This option correctly states the visibility difference between the two fields without exaggerating their functions. It reflects common email client behaviour and is essential for responsible use in institutional settings.

Option B:
Saying that both fields hide all addresses from everyone would make email headers useless and contradict actual implementations. Normal recipients do see at least some addresses.

Option C:
Claiming that CC recipients never receive messages or that BCC recipients always receive messages twice is baseless. Both sets receive one copy unless technical errors occur.

Option D:
Attachment handling is independent of CC and BCC usage. Any recipient field can receive messages with or without attachments.

Netiquette combines the words network and etiquette to describe rules of polite and respectful behaviour in online spaces. It covers aspects such as tone, respect for others and avoidance of spamming. Good netiquette supports healthy digital communities. Therefore, the concept referred to is netiquette.

Option A:
Option A is correct because netiquette is the widely used term for online etiquette and behavioural norms.

Option B:
Option B, copyright, deals with legal rights over creative works and not general behaviour.

Option C:
Option C, encryption, protects data confidentiality and does not address manners or courtesy.

Option D:
Option D, ergonomics, focuses on physical comfort and safety in using ICT devices, not communication style.

Time Division Multiplexing allows several data streams to use the same physical channel by allocating distinct time intervals to each signal. During its time slot, each source transmits its data, and the slots repeat in a fixed sequence. This method is common in digital telecommunication systems where precise timing can be maintained. Therefore, the technique in the stem is time division multiplexing.

Option A:
Option A, frequency division multiple access, is related to dividing the spectrum into frequency bands rather than time slots and is associated with certain wireless systems.

Option B:
Option B is correct because the description of separate time slots for multiple signals is the defining feature of time division multiplexing as taught in ICT and networking courses.

Option C:
Option C, code division multiple access, spreads signals over a wide frequency band using unique codes and does not rely on simple time slot allocation.

Option D:
Option D, token passing, is a media access control method for determining which station may transmit at a given moment, not a multiplexing scheme for combining signals.

Digital communication represents information in discrete binary form, which allows receivers and repeaters to distinguish valid bits even when some noise is present. Regenerators can restore digital signals to near-original shape at intermediate points. This leads to lower error rates and better quality over long distances, so Option A correctly states a major advantage.

Option A:
This option is incorrect because digital communication is actually the one closely associated with computers and ICT systems. Digital networks form the backbone of computer communication, so saying they can never be connected contradicts reality.

Option B:
Option C is wrong because digital signals are precisely what most modern electronic devices store and process. Memory chips, disks and processors all handle digital data.

Option C:
Option D about handwriting misunderstands the nature of digital communication, which uses electronic signals, not pen and paper.

Option D:

ICT fundamentally involves the convergence of computers, communication networks and digital media. This integration allows users to handle text, audio, video and data in seamless ways. In education, this enables activities like online teaching, digital libraries and administrative automation. Therefore, the feature that highlights integration of computing and communication for digital information is the most accurate description.

Option A:
This option wrongly narrows ICT to textbook printing, which is a traditional activity that may not involve digital technologies at all. It ignores communication networks and interactive media, so it fails to reflect the core nature of ICT.

Option B:
This option captures that ICT links computers with communication systems to manage information throughout its life cycle. It emphasises digital processing and transmission, which underpin tools such as email, LMS and MOOCs. This makes it a good representation of ICT characteristics.

Option C:
Option C focuses only on loudspeakers, which are simple audio devices and do not represent the full breadth of ICT. Without computing and networking, this example is too limited to define ICT.

Option D:
Option D confuses ICT with physical infrastructure development. Buildings may host ICT, but construction activities are not themselves part of ICT characteristics.