BES 123 Solved Guess Paper 2026 for Learning and Teaching, IGNOU Bachelor of Education (B.Ed.)

Piaget's cognitive approach and constructivism

Question: Describe Jean Piaget's cognitive approach to learning. What is constructivism? Discuss the basic tendencies of learning suggested by Piaget with suitable examples.

Meaning: For Piaget, knowledge is not a copy of reality. To know an object is to act on it, not simply to look at it and store a mental picture. He set out to describe how human thinking grows from infancy to adulthood, and in doing so redefined intelligence, knowledge and the learner's relationship with the environment.

Processes of learning

1. Assimilation: taking new objects and experiences into an existing schema, so the child understands something new in terms of what is already familiar.
2. Accommodation: adjusting internal structures to the particular features of a new situation, so old schemata are combined or changed and new ones form.
3. Equilibration: the ongoing self-regulation that balances assimilation and accommodation, letting the learner grow while staying stable.
4. Adaptation: the adjustment to a new environment that results when the new is assimilated to the old and the old is accommodated to the new.

Four stages of cognitive development

1. Sensory-motor (birth to about 2): the child learns object permanence and a primitive sense of cause and effect.
2. Pre-operational (about 2 to 7): objects are represented symbolically, but thinking stays concrete and centres on one aspect of a situation.
3. Concrete operational (7 to 11): classifying, combining and comparing appear, along with awareness that operations can be reversed.
4. Formal operational: the learner weighs many possibilities, forms and tests hypotheses and arrives at general laws.

Constructivism and the basic tendencies: Constructivism holds that knowledge depends on how each person creates meaning from their own experience, which is the opposite of the objectivist view. Piaget named three tendencies: organisation, where schemata develop from perception and experience; adaptation, where those schemata are shaped through assimilation and accommodation; and equilibrium, the balance that forms between the old and the new.

Conclusion: Intelligence, for Piaget, is a process of adapting to the environment rather than a fixed trait. A teacher should find each learner's stage and use active methods that let learners rediscover the ideas to be learned.

Aptitude, its components and measurement

Question: What is aptitude? Differentiate it from interest and intelligence. Discuss the various components of aptitude and the ways to measure it, with suitable examples.

Meaning: Aptitude is the set of abilities needed to acquire knowledge and skills in one specific area of performance. The abilities behind engineering differ from those behind art, and the same holds for medicine, music, teaching or athletics. Aptitude is not interest either, because success in an area does not always depend on liking it.

Components of aptitude

1. Intellectual processes: memory, restructuring of symbols and ideas, seeing relations and patterns, spatial orientation, reasoning, problem solving and judgement.
2. Sensory component: abilities linked to the senses, such as colour sensitivity in vision and pitch or loudness discrimination in hearing.
3. Psychomotor component: strength (hand grip), impulsion, speed, precision (steadiness, such as putting pins through tiny holes quickly) and flexibility of the joints.

How aptitude differs: intelligence is a general set of mental abilities; aptitude directs performance in a specific area, such as teaching or mechanical aptitude; academic achievement is what a learner has gained in a subject over a given period. A learner can be highly intelligent and still have no aptitude for public speaking or dance.

Measurement and teaching strategy

1. Aptitude tests for mechanical skill, mathematics, science, language, music and graphic art are used to select candidates for medicine, engineering, law, management and teacher training.
2. An adaptive instructional system offers at least two alternative treatments to suit different aptitudes.
3. High-aptitude learners can take an unstructured, discovery-based treatment with little guidance.
4. Low-aptitude learners need small units, sequential steps, frequent feedback, summaries and simple illustrations, and those who gain from neither get compensatory training in reading, study habits and note taking.

Conclusion: Aptitude combines inborn capacity with the effect of environment, and learning in any area depends on the learner's readiness. A special aptitude often shows early and responds quickly to training.

Inquiry approach and problem-solving method

Question: What is the Inquiry Approach? Discuss its characteristics and stages in detail. Also describe the teaching method which requires students to engage in problem solving.

Meaning: Inquiry is a set of activities built on a problem-solving approach, in which every new phenomenon becomes a challenge for thinking. The credit goes to John Dewey, who in How We Think offered it as an alternative to passive learning and held that knowledge is both an outcome of inquiry and a resource for further inquiry.

Characteristics

1. Learning is driven by questions or problems.
2. It rests on a process of seeking knowledge and new understanding.
3. It is learner-centred, with the teacher acting as a facilitator.
4. It is self-directed, so learners take growing responsibility and build self-reflection.
5. It is an active approach to learning.

Stages: Pedaste and others (2015), after reviewing 32 articles, gave five phases: orientation (arousing curiosity and defining the problem), conceptualisation (questioning and forming hypotheses), investigation (exploring, experimenting and interpreting data), conclusion (drawing inferences) and discussion (communicating and reflecting on findings).

Problem-solving method: Gagne (1977) placed problem solving at the top of his learning hierarchy, and Risk describes it as a planned attack on a difficulty to find a satisfactory solution. It treats learning as active and constructive, keeps the teacher as a facilitator and builds reflective thinking and reasoning.

1. Recognise and define the problem in clear, definite words.
2. Analyse the problem to find its root cause.
3. Generate alternative solutions.
4. Select a solution after weighing strengths and weaknesses.
5. Implement the solution.
6. Evaluate the outcome.

Conclusion: Both approaches base decisions on data, look for root causes rather than symptoms and aim for lasting solutions, which builds higher-order thinking and a habit of inquiry.

Innovation, its types and how a teacher innovates

Question: Discuss the concept of innovation. Describe the various types of innovation and the ways in which a teacher can innovate.

Meaning: Innovation is a new idea, or a further development of an existing product, process or method, applied in a specific context to add value. The word comes from the Latin novus, meaning new. Kostoff (2003) calls it a change from present practice to a new and hopefully better one, and Rogers adds that an idea which seems new to the individual is an innovation.

Why teachers need it: the National Policy on Education (1986) asked that teachers have the freedom to innovate and devise methods suited to their community; dissatisfaction with stagnant practice is a precondition for change; and every year brings a new group of learners from varied backgrounds.

Characteristics (NCERT, 1977): an innovation is new to the system, better than what exists, deliberate and planned, suited to the local context, able to change behaviour or attitude, and positive in its effect on the system.

Four types of innovation

1. Product innovation: new products, such as the science and mathematics kits developed by NCERT.
2. Process innovation: new delivery methods, such as micro teaching or teleconferencing used by IGNOU and NCERT. A computer is a product innovation; computer-assisted teaching is a process innovation.
3. Paradigm innovation: a major shift in thinking, such as moving from a behaviourist to a constructivist approach, or open-book examinations.
4. Positioning innovation: an existing product placed for a new purpose, as when a medicinal drink was repositioned as a sports drink.

How a teacher innovates: the cycle starts with a problem that needs a unique solution. The teacher frames alternative strategies, weighs their pros and cons, applies the best one, and refines it after a tryout and evaluation.

Conclusion: Innovation is planned, and research is part of it. Because the teacher keeps reflecting in and for action throughout, innovation leads naturally to action research.

Reflection as a three-level progression

Question: "Reflection is a three-level progression." Justify this statement with suitable examples. How will you practise reflection-in-action, reflection-on-action and reflection-for-action in your classroom?

Meaning: Reflection covers the intellectual and emotional activities through which people explore their experiences to reach new understanding. Dewey (1933), who first used the term, called it the active, persistent and careful consideration of any belief in the light of the grounds that support it, and gave five steps: posing questions, hypothesising, reasoning, testing and suggesting solutions.

Van Manen's three levels (1977)

1. Technical: checks how efficiently the chosen means reach set objectives, which are not themselves questioned. In teaching, it analyses the effect of the strategies used.
2. Practical: examines the educational goals themselves, the means and the assumptions behind them, and the effect of a practice on student learning.
3. Critical: asks whether the goals are worthwhile, who benefits from them, and what moral and ethical questions the decisions raise, linking the classroom to wider social, political and economic forces.

Schon's three modes (1983, 1987)

1. Reflection-in-action: spontaneous, conscious thinking in the middle of teaching, drawing on experience to find an alternative that meets learners' needs on the spot.
2. Reflection-on-action: looking back at an incident after the class to analyse, reconstruct and reframe it for future teaching.
3. Reflection-for-action: the outcome of the first two, where evidence and a personal development plan shape future decisions and make the teacher accountable for them.

Conclusion: Reflection moves from the technical, through the practical, to the critical level. Schon's three modes work together, helping teachers handle complex situations that a purely technical model cannot solve.