UGC NET Questions (Paper – 1)

Programmed instruction organises content into small frames that require learners to respond actively,usually by answering a question or filling a blank. Immediate feedback tells them whether the response is correct and often directs them to the next appropriate frame. This design aims to minimise errors and allow self-paced progression. The description in the stem captures these characteristics,so the correct term is programmed instruction.

Option A:
Programmed instruction relies on principles of behaviourism,such as reinforcement and shaping,by rewarding correct responses promptly. The small steps and feedback loop distinguish it from traditional text presentations. Because the stem emphasises small steps,active responses and immediate feedback,programmed is the accurate completion.

Option B:
Incidental learning occurs without explicit instructional planning,as learners pick up information from their environment. It does not rely on systematically arranged steps or immediate feedback.

Option C:
Random instruction would imply no logical sequence or instructional design,which is opposite to the carefully ordered frames of programmed materials.

Option D:
Punitive instruction stresses punishment for errors rather than constructive feedback and is not an accepted teaching approach in educational psychology.

Programmed instruction is based on behaviourist principles and involves presenting information in small steps called frames. Learners respond to each frame and receive immediate feedback on correctness. They proceed at their own pace, which allows individualisation of learning. This structure is designed to promote active responding and minimise errors.

Option A:
This option contradicts the core idea of programmed instruction by referring to large units and absence of learner response. Without small steps and responses, the method loses its distinctive features and becomes passive.

Option B:
This option is correct because it highlights both self pacing and the frame by frame structure with feedback. These elements distinguish programmed instruction from traditional lectures. The combination of small steps and reinforcement supports gradual mastery of complex material.

Option C:
This option describes typical lectures which are teacher centred, not programmed instruction. Lectures may be useful but they do not involve structured frames and immediate feedback for each response.

Option D:
This option refers to random sequencing and lack of objectives, which is opposite to the carefully planned and systematic nature of programmed material.

Option D – programmed instruction Programmed instruction is an individualized teaching method in which learning material is broken into small frames or steps. Learners respond to each frame and receive immediate feedback about the correctness of their response before moving on. The sequence is carefully structured so that students progress at their own pace through a logically ordered path. These features—small steps, immediate feedback and self-pacing—are exactly those described in the stem, making programmed instruction the correct answer.

Option A:
Option A, lecture method, is typically teacher-centred and involves extended oral explanation to a large group. It does not usually provide immediate, individualized feedback for each small step, nor does it allow learners to control their pace to the same degree. Therefore, it does not match the features mentioned.

Option B:
Option B, seminar method, emphasizes in-depth discussion and presentation by participants, often at higher education levels. While it can promote active learning, it is not organized into small, programmed steps with built-in feedback for each response. Hence, it is not the method described in the question.

Option C:
Option C, drill method, focuses on repetitive practice of specific items to build speed and accuracy. Although it may involve many short tasks, it does not necessarily include carefully sequenced frames with immediate corrective feedback in a self-paced format. Consequently, it differs from programmed instruction.

Option D:
Option D, programmed instruction, was developed to operationalize behaviourist principles of reinforcement and control of learning conditions. Learners move through a programmed sequence of content, responding to prompts and receiving instant feedback on each answer. Because the stem mentions small steps, immediate feedback and self-paced progress, this option correctly completes the statement.

A, B and D are correct descriptions of sound ICT integration. A is true because multimedia texts, animations and simulations can address visual, auditory and experiential preferences. B is true since technology should be chosen to serve clearly defined objectives and content, not used for its own sake. D is true as ICT platforms can facilitate self-paced modules as well as collaborative tools like forums and shared documents. C is false because ICT often requires more careful planning and monitoring, not less, and E is false because technology alone does not guarantee better learning without appropriate pedagogy; thus A, B and D only is the correct combination.

Option A:
Option A includes A and B but omits D, even though the capacity of ICT to support both individual and collaborative learning is a major pedagogical advantage. Without D, the description is incomplete and cannot be accepted.

Option B:
Option B groups A, B and D, all of which align with principles of purposeful and flexible ICT use. It excludes C and E, which exaggerate the ease and automatic impact of technology, so A, B and D only is the correct answer.

Option C:
Option C adds C to A, B and D, but C wrongly suggests that planning and monitoring can be reduced when ICT is used. In reality, teachers must track engagement and progress closely in digital environments, so this option is not valid.

Option D:
Option D combines B, C and D and leaves out A, ignoring the role of multimedia in addressing varied learning preferences. Furthermore, accepting C makes the combination logically inconsistent.

Option E groups A, C and D, keeping C as if it were true and dropping B, which emphasises alignment with objectives. Because it includes a false statement and omits an essential one, A, C and D only cannot be considered correct.

Statements A, B, D and E capture widely observed features of MOOCs, while C and F are clearly incorrect. Most MOOCs are open-enrolment courses with multimedia material, assessments and peer interaction, offering optional certificates rather than automatic degrees. They also enable self-paced participation for large cohorts. Mobile access is common, and degrees typically require more extensive programmes, so C and F must be excluded from the correct set.

Option A:
Option A is correct because it brings together enrolment scale, course design, fee structure and pacing in a realistic way. It deliberately omits C’s overstatement about degrees and F’s denial of mobile access, aligning the option with actual MOOC practices.

Option B:
Option B is incorrect because it includes C, which falsely claims universal degree conferral. Even though A, B and D are accurate, combining them with C introduces a serious misconception about the status of most MOOCs.

Option C:
Option C is incorrect because it accepts F, which ignores the prevalence of mobile-friendly MOOC platforms and dedicated apps. Including F undermines the accuracy of the option, despite some correct components.

Option D:
Option D is incorrect because it pairs A, D and E with F. Accepting F contradicts the cross-device accessibility often advertised by MOOC providers, making the combination invalid.

Statement A is correct because individualised instruction is designed to let learners move through content at a pace suited to their abilities and needs. Statement C is also correct since diagnostic assessment helps identify specific learning difficulties that remedial teaching should address. Statement B is false because remedial teaching primarily targets learners with learning gaps rather than high achievers seeking enrichment. Statement D is false as individualised instruction still involves teacher guidance, support and monitoring, even if the pace is personalised. Therefore the true statements are A and C only, so A and C only is the correct combination.

Option A:
Option A selects only statement A and ignores statement C, even though C accurately connects diagnostic assessment with remedial teaching. Omitting this true statement makes the combination incomplete. Hence A only cannot be accepted as the correct answer.

Option B:
Option B correctly groups A and C, both of which reflect key ideas about individualised and remedial instruction. It excludes B and D, which portray remedial teaching as enrichment for high achievers and deny the teacher's guiding role in individualised settings. Because the option contains all and only the true statements, A and C only is the correct answer.

Option C:
Option C includes A, B and C and therefore treats B as though it were correct, even though it wrongly defines the target group for remedial teaching. Mixing an incorrect statement with true ones undermines the validity of the combination. Consequently A, B and C only cannot be the right option.

Option D:
Option D brings together B, C and D, but both B and D are false statements about remedial and individualised instruction. While C is true, the presence of two incorrect statements means the set cannot represent the correct list. Thus B, C and D only is not acceptable as the correct answer.