BESC-134 Solved Question Paper June 2026 gives you complete, exam-length answers to every question IGNOU set in the Education as a Practice term-end paper, from action research to the standard deviation numerical. Two answers are open below so you can judge the quality before you order the rest.
BESC-134 Education as a Practice key facts, June 2026 paper
- Course code: BESC-134
- Course title: Education as a Practice
- Programme: Bachelor of Arts (General) with Education, BAG; also printed for Bachelor of Arts (Multidisciplinary), BAM
- Credits: 6, discipline core course
- Blocks and units: 4 blocks, 17 units
- Maximum marks: 100
- Duration: 3 hours
- Medium: English questions first, Hindi version after, with the same numbering
- Questions in the June 2026 paper: 15 printed — 4 in Section A, 7 in Section B, 4 in Section C — of which you attempt 8
- Sample answers shown here: 2 (Q1 and Q3)
- Answers in the paid file: all 15, including the 13 not shown on this page
What the BESC-134 Solved Question Paper June 2026 covers
BESC-134 Education as a Practice is a 6-credit discipline core course in IGNOU's Bachelor of Arts (General) Education stream, also printed for BAM, that shows how research, innovation, policy and statistics shape what happens inside real schools.
The June 2026 paper printed 15 questions and asked you to attempt 8. Section A carried four 20-mark questions on action research, Sri Aurobindo and Mirambika, a standard deviation numerical and inclusive education. Section B and Section C moved across research methods, the normal probability curve, constitutional provisions, HIAL and the Right to Education Act, 2009.
This paper is unusual in two ways. First, every one of the four blocks produced three or four questions, so the paper was spread evenly rather than concentrated in one or two blocks. Second, it reused almost everything: fifteen of the seventeen topics we track across seven earlier papers came back this session, and three questions were printed in almost the same words as in 2022.
Section A: 20 marks for about 500 words · Section B: 12 marks for about 250 words · Section C: 6 marks for about 125 words · eight answers, about 2,250 words, 180 minutes
A mark in Section B or C costs about 21 words of writing; a mark in Section A costs about 25. The exception is the numerical, which is the cheapest 20 marks on the paper: a correct standard deviation table and a short interpretation take far fewer words than a 500-word essay and the answer is either right or wrong.
Our solved file answers all 15, not just the 8 you need, so you can pick the questions you are most confident about on exam day. Use it alongside your BESC-134 Study Material so every answer links back to the block you studied.
BESC-134 Education as a Practice sample answers from June 2026
This page solves two June 2026 BESC-134 questions in full: Question 1 on action research and Question 3 on standard deviation.
Both samples come from Section A, where each answer carries 20 marks and needs about 500 words. They show the depth, structure and worked steps you get in every answer of the full file. Question wording follows the printed paper.
Question 1 Section A Any 2 of 4 Block 3, Unit 11 20 marks about 500 words Action research set in 7 of 7 papers
1. Explain the concept of action research. Describe the basic steps of conducting action research. 20
Concept of action research. Action research is a small-scale, practical form of research in which a teacher, head teacher or teacher educator studies a problem in their own classroom or school, tries out a solution and checks whether it worked. Its purpose is to improve practice on the spot, not to produce laws that hold for every school.
The term was coined by the social psychologist Kurt Lewin in the 1940s, who described a spiral of planning, action and fact-finding about the result of that action. Stephen M. Corey carried the idea into schools through his 1953 book Action Research to Improve School Practices, arguing that teachers should study their own practice to improve their decisions.
Main features
- Problem-centred and local: it starts from a real difficulty faced by a particular class or school.
- Done by the practitioner: the teacher is both the researcher and the person who acts on the findings.
- Cyclical: it moves through plan, act, observe and reflect, and a new cycle begins if the problem remains.
- Collaborative: colleagues, students and parents often help to diagnose the problem and judge results.
- Immediate use: findings are applied at once, and the small sample is accepted as a fair limitation.
Basic steps of conducting action research. The steps below follow one running example: a Class VII English teacher notices that many students do not submit written homework.
- Identifying the problem: the teacher picks a concern within her control. Here it is the poor submission of English homework, which is hurting written expression.
- Defining and delimiting the problem: the concern is narrowed into a measurable form, for example: why do 22 of the 35 students of Class VII-B fail to submit homework on time?
- Analysing probable causes: through observation, short talks with students and a look at past records, she lists causes such as unclear instructions, overly long tasks, no feedback on checked work and little support at home.
- Formulating action hypotheses: each cause becomes a testable statement, for example: if homework is short, explained in class and returned with feedback the next day, submission will improve.
- Planning and implementing the action: she designs a four-to-six week plan, applies one change at a time and keeps a dated record of what was done in each lesson.
- Collecting data and evaluating: submission registers, a simple checklist and student feedback are compared before and after the action to see whether the hypothesis holds.
- Reflecting and deciding: if submission rises, the change is kept; if not, the hypothesis is revised and a fresh cycle begins with a new action.
- Reporting and sharing: the results are shared in staff meetings or a short report so that other teachers can try the same practice.
Conclusion. Action research turns the teacher into a reflective practitioner who solves classroom problems with evidence rather than guesswork. Because it is cyclical and grounded in one setting, it improves practice steadily and builds a culture of inquiry within the school.
Question 3 Section A Any 2 of 4 Block 4, Unit 16 20 marks numerical A numerical set in 6 of 7 papers
3. What is the concept of standard deviation? Discuss its importance in data analysis. Calculate standard deviation for the following distribution: 20
Distribution printed in BESC-134 June 2026 Question 3 Class Interval Frequency 0–10 5 10–20 7 20–30 8 30–40 11 40–50 9
Concept of standard deviation. Standard deviation (SD) is the square root of the mean of the squared deviations of all scores from their arithmetic mean. It tells us how far, on average, the scores lie from the mean. The term was introduced by Karl Pearson in the 1890s and it is written with the Greek letter σ (sigma).
For grouped data with equal class widths, the step deviation formula is:
σ = i × √[ Σfd′² / N − (Σfd′ / N)² ]
where i is the class width, d′ = (X − A) / i, X is the mid-point of each class and A is an assumed mean.
Importance in data analysis
- Most dependable measure of spread: unlike the range, it uses every score, so one extreme value does not decide it.
- Shows how far the mean can be trusted: a small SD means scores cluster near the mean; a large SD means the mean hides wide differences.
- Basis of the normal probability curve: under a normal curve about 68.26% of cases lie within ±1σ of the mean, which lets teachers interpret scores.
- Needed for standard scores: z-scores and T-scores are built from the SD, so marks from different tests can be compared fairly.
- Compares the consistency of groups: with the coefficient of variation, it shows which section or school performs more evenly.
- Supports further statistics: correlation, standard error and significance tests all rely on it.
Calculation. Take the assumed mean A = 25, the mid-point of the 20–30 class, and class width i = 10.
| Class Interval | f | Mid-point X | d′ = (X − 25) / 10 | fd′ | fd′² |
|---|---|---|---|---|---|
| 0–10 | 5 | 5 | −2 | −10 | 20 |
| 10–20 | 7 | 15 | −1 | −7 | 7 |
| 20–30 | 8 | 25 | 0 | 0 | 0 |
| 30–40 | 11 | 35 | 1 | 11 | 11 |
| 40–50 | 9 | 45 | 2 | 18 | 36 |
| Total | N = 40 | — | — | Σfd′ = 12 | Σfd′² = 74 |
Mean = A + (Σfd′ / N) × i = 25 + (12 / 40) × 10 = 25 + 3 = 28.
σ = 10 × √[ 74 / 40 − (12 / 40)² ] = 10 × √(1.85 − 0.09) = 10 × √1.76 = 10 × 1.3266 = 13.27 (approximately).
Check by the direct method. ΣfX = 1120 and ΣfX² = 38400, so σ = √(38400 / 40 − 28²) = √(960 − 784) = √176 = 13.27. Both methods agree, which is worth showing in the exam because it proves the answer without extra words.
Interpretation. The mean score is 28 and the scores spread about 13.27 units around it. On a scale of 0 to 50 this is a fairly wide spread. If the distribution were close to normal, about two-thirds of the 40 cases would lie between 14.73 and 41.27, which tells a teacher the group is far from uniform and needs varied support.
Questions answered only in the full file
These 13 questions are printed below as they appear in the June 2026 paper; their answers are available only in the full solved file.
Where the printed paper has a clear slip, the correct form is given in square brackets.
Section A — Answer any two questions in about 500 words each: 2 × 20 = 40
2. Discuss Sri Aurobindo's philosophy of integral education. In what ways ‘Mirambika—The Free Progress School’ was an innovative education?
4. Explain the concept of ‘Inclusive Education’. What are the barriers to providing inclusive education in schools? What are your suggestions to overcome them?
Section B — Answer any four questions in about 250 words each: 4 × 12 = 48
5. Compare and contrast qualitative and quantitative research methods.
6. Describe the main characteristics of normal probability curve.
7. Explain the main purpose of dissemination of best practices. Give suitable examples.
8. Explain briefly the constitutional provisions related to education.
9. Why does a researcher need to undertake review of related literature?
10. Describe the three pillars of HIAL and concept of ‘Live Learning Labs’.
11. How are planning, executing and implementation of education policies as important as formation of the educational policies? Explain.
Section C — Answer any two questions in about 125 words each: 2 × 6 = 12
12. Discuss the concept of social exclusion with reference to persons with disabilities.
13. Explain the concept of ‘Skewness’. Discuss its importance in data analysis.
14. Highlight the salient features of Right to Education Act, 2009.
15. Do you think that structured interview is the best technique of conducting an interview[?] Give arguments.
Order of attempt. Take the numerical first if you have prepared Block 4, because a correct standard deviation table is 20 marks for far fewer words than any essay. Then move to Section B, which carries 48 marks, the most of any section, and lets you choose four answers from seven. Then Section C for 12 marks in about 250 words in total, and finally your second Section A essay. If the clock beats you, a slightly thin 20-mark essay costs less than an unattempted 12-mark note.
BESC-134 block wise syllabus and where each block was tested
BESC-134 has 4 blocks and 17 units, and the June 2026 paper drew three or four questions from every block.
Block and unit titles below follow the course pages on the official eGyanKosh BESC-134 collection. The marks column adds up every printed question from that block, so it shows where the paper put its weight.
| Block | Units | Topics tested in June 2026 | June 2026 questions | Marks printed |
|---|---|---|---|---|
| Block 1: Understanding Education as a Practice | Units 1 to 4: Education as an Area of Practice; Practicing and Disseminating Educational Innovations; Practicing Research and Development; Education and Policies | Purposes and ways of disseminating best practices; constitutional provisions and the RTE Act; planning, execution and implementation of policy | Q7, Q8, Q11, Q14 — 4 questions | 42 |
| Block 2: Innovative and Alternative Practices in Education | Units 5 to 8: Educational Innovations and Experiments (Indian Practices; Global Practices); ODL and E-Learning; Inclusive Practices in Education | Sri Aurobindo's integral education and Mirambika; HIAL pillars and Live Learning Labs; barriers to inclusion and social exclusion of persons with disabilities | Q2, Q4, Q10, Q12 — 4 questions | 58 |
| Block 3: Educational Research as a Practice | Units 9 to 12: Introduction to Educational Research; Process of Research; Understanding Action Research; Implications of Research for Educational Practices | Steps of action research; qualitative versus quantitative methods; why and how to review related literature | Q1, Q5, Q9 — 3 questions | 44 |
| Block 4: Data Collection and Analysis | Units 13 to 17: Tools and Techniques for Data Collection; Sources of Data and its Analysis and Interpretation; Organization and Graphical Representation of Data; Analysis of Quantitative Data-I and II | Standard deviation by step deviation; characteristics of the normal probability curve; skewness; structured versus unstructured interviews | Q3, Q6, Q13, Q15 — 4 questions | 44 |
| Total printed | 15 questions | 188 | ||
Unit totals add up to 17: four units each in Blocks 1, 2 and 3, and five in Block 4. The printed marks total 188 because you see more questions than you attempt — 4 × 20 in Section A, 7 × 12 in Section B and 4 × 6 in Section C.
Block 2 carried the most weight at 58 printed marks, including two of the four 20-mark essays, on Mirambika and on inclusive education, so learners who treated it as a light reading block lost easy choices. Block 3 was the lightest at three questions, although one of them was the action research essay that opens almost every paper.
What you could actually have skipped. Every block gave questions, but only one pair of blocks could complete the whole paper on its own: Blocks 1 and 2. They would have given you Q2 and Q4 in Section A, Q7, Q8 and Q11 plus Q10 in Section B, and Q12 and Q14 in Section C — a full 100 marks. No other two-block combination reaches four Section B answers. Even so, dropping Block 4 means dropping the numerical, which is the cheapest 20 marks on the paper, so this is a calculation worth knowing rather than a plan worth following.
IGNOU BESC-134 question paper pattern and marks split
The IGNOU BESC-134 Question Paper has three sections, 15 printed questions and 100 marks, and you answer 8 questions in 3 hours.
| Section | Questions printed | Attempt | Marks each | Word guide | Section marks |
|---|---|---|---|---|---|
| A | 4 (Q1 to Q4) | 2 | 20 | About 500 words | 40 |
| B | 7 (Q5 to Q11) | 4 | 12 | About 250 words | 48 |
| C | 4 (Q12 to Q15) | 2 | 6 | About 125 words | 12 |
| Total | 15 | 8 | — | About 2,250 words | 100 |
Section A is where the paper is won. One numerical sits there in almost every session, and in June 2026 it was standard deviation. A clean calculation with a short interpretation is the safest 20 marks in the paper, because the answer is either right or wrong, and it costs you perhaps 250 words of writing instead of 500.
Section B holds the most marks, 48 of 100, and gives the widest choice at four answers from seven printed questions, so you can drop the three Section B topics you know least and still take nearly half the paper.
The English questions come first and the Hindi version follows, with the same numbering. For other courses in your semester, our IGNOU Solved Guess Paper page follows the same section-wise layout.
BESC-134 topics that keep returning since June 2022
Action research is the most repeated BESC-134 topic, set in all 7 official papers we checked from June 2022 to December 2025.
We counted topics in the June 2022, December 2022, December 2023, June 2024, December 2024, June 2025 and December 2025 papers. We could not find the June 2023 paper on IGNOU's sites, so it is left out rather than guessed.
| Topic | Sessions (J = June, D = December) | Papers | In June 2026? |
|---|---|---|---|
| Action research (concept, steps, approaches) | J22, D22, D23, J24, D24, J25, D25 | 7 of 7 | Yes, Q1 (solved on this page) |
| Central tendency and variability numericals | J22, D22, D23, D24, J25, D25 | 6 of 7 | Yes, Q3, but standard deviation was never set before |
| E-learning and M-learning | J22, D22, D23, D24, J25 | 5 of 7 | No |
| Inclusive education and its barriers | D22, D23, D24, D25 | 4 of 7 | Yes, Q4 |
| Qualitative versus quantitative data or research | J22, D22, D24, D25 | 4 of 7 | Yes, Q5 |
| Planning, execution and assessment of policy | D23, J24, D24, D25 | 4 of 7 | Yes, Q11 |
| Rank order correlation | D22, J24, J25, D25 | 4 of 7 | No |
| Dissemination of best practices | D22, J24, J25 | 3 of 7 | Yes, Q7, worded as in December 2022 |
| Normal probability curve | J22, J24, J25 | 3 of 7 | Yes, Q6 |
| Review of related literature | J22, J24, D25 | 3 of 7 | Yes, Q9, worded as in June 2022 |
| Constitutional provisions on education | J22, D22, D24 | 3 of 7 | Yes, Q8 |
| Interview types and conduct | J22, D23, D25 | 3 of 7 | Yes, Q15 |
| Right to Education Act, 2009 | D22, D23 | 2 of 7 | Yes, Q14 |
| HIAL and Sonam Wangchuk | D24, J25 | 2 of 7 | Yes, Q10 |
| Social exclusion and disability | D22, J24 | 2 of 7 | Yes, Q12, worded as in December 2022 |
| Skewness and kurtosis | D24 | 1 of 7 | Yes, Q13 |
| Sri Aurobindo and Mirambika | None in these papers | 0 of 7 | Yes, Q2, seen earlier only as an assignment question |
Fifteen of the seventeen topics came back. That is the highest reuse rate we have measured on any IGNOU course, and it means past-paper practice pays more here than almost anywhere else. Three questions were printed in almost the same words as earlier sessions — Q7 and Q12 match December 2022 and Q9 matches June 2022 — so working through those two papers is time well spent. You can download those sessions from our IGNOU Previous Year Question Paper section.
Only two topics were left out, and both are worth preparing for December 2026:
- E-learning and M-learning — set in five of the seven earlier papers, a standing favourite, and absent this session. It sits in Block 2, Unit 7 on ODL and e-learning. This is the first topic to prepare.
- Rank order correlation — four of seven, and set in three of the last four sessions before this one, then skipped. This matters more than its count suggests, because of what it implies about the numerical.
The numerical is the most predictable 20 marks on this course, and the likely candidate is now narrow. A central tendency or variability numerical appeared in six of the seven earlier papers and again in June 2026, so seven of eight sessions have carried one. The question is only which. Earlier papers asked for mean, median and mode, quartile deviation, rank correlation or graphs; standard deviation had never been set as a calculation before this session, which is why Question 3 caught out students who skipped variability. Rank order correlation now has the strongest recent run — June 2024, June 2025 and December 2025 — and was skipped in June 2026, so it is the first numerical to practise for December 2026, with quartile deviation and mean-median-mode next.
One more signal worth noting. Sri Aurobindo and Mirambika had never appeared in a term-end paper in these seven sessions; it had been set only as an assignment question, and in June 2026 it became a 20-mark Section A essay. Assignment questions on this course are a leading indicator of paper questions, so read your own TMA set as a shortlist rather than a chore.
How our BESC-134 answers are written and checked
Every BESC-134 answer is written by Prateek Talwar, Academic Head, from the printed English question and reviewed by Sheetal Kirola before it goes into the file.
We start by matching each question to its block in the course material, so the answer uses the same terms the examiner expects, such as the plan, act, observe and reflect cycle in action research or the step deviation method in Block 4.
Numericals are solved twice by two different methods and must agree, as you can see in the standard deviation answer above, where the step deviation and direct methods both give 13.27. If the two disagree, the answer does not go into the file. Names, dates and Acts are kept to facts that can be checked, for example Kurt Lewin, Stephen M. Corey's 1953 book, Karl Pearson and the Right to Education Act, 2009.
Question text is set out as it appears in the official paper, including its numbering. Where the printed paper has a slip, we keep the printed words and give the correct form in square brackets.
Length follows the paper: about 500 words in Section A, 250 in Section B and 125 in Section C. Each long answer opens with a definition, uses short headings and an Indian school example, and ends with a conclusion that is easy to mark.
BESC-134 solved file index for all 15 June 2026 questions
The BESC-134 solved file has 15 answers: 2 are printed on this page and 13 are in the full file only.
Because BESC-134 is a theory course with no practical or record work, this index replaces a practical file index. Students who also want the complete BAG Question Paper set can use the same numbering.
| Q No. | Section and marks | Topic | Course block and unit | Where to read the answer |
|---|---|---|---|---|
| 1 | A, 20 marks | Action research: concept and steps | Block 3, Unit 11 Understanding Action Research | On this page |
| 2 | A, 20 marks | Sri Aurobindo and Mirambika | Block 2, Unit 5 Indian Practices | Full file only |
| 3 | A, 20 marks | Standard deviation numerical | Block 4, Unit 16 Analysis of Quantitative Data-I | On this page |
| 4 | A, 20 marks | Inclusive education: barriers and remedies | Block 2, Unit 8 Inclusive Practices in Education | Full file only |
| 5 | B, 12 marks | Qualitative versus quantitative methods | Block 3, Unit 9 Introduction to Educational Research | Full file only |
| 6 | B, 12 marks | Normal probability curve | Block 4, Unit 17 Analysis of Quantitative Data-II | Full file only |
| 7 | B, 12 marks | Dissemination of best practices | Block 1, Unit 2 Practicing and Disseminating Educational Innovations | Full file only |
| 8 | B, 12 marks | Constitutional provisions on education | Block 1, Unit 4 Education and Policies | Full file only |
| 9 | B, 12 marks | Review of related literature | Block 3, Unit 10 Process of Research | Full file only |
| 10 | B, 12 marks | HIAL pillars and Live Learning Labs | Block 2, Units 5 and 6 Educational Innovations and Experiments | Full file only |
| 11 | B, 12 marks | Policy planning, execution and implementation | Block 1, Unit 4 Education and Policies | Full file only |
| 12 | C, 6 marks | Social exclusion of persons with disabilities | Block 2, Unit 8 Inclusive Practices in Education | Full file only |
| 13 | C, 6 marks | Skewness in data analysis | Block 4, Unit 17 Analysis of Quantitative Data-II | Full file only |
| 14 | C, 6 marks | Right to Education Act, 2009 | Block 1, Unit 4 Education and Policies | Full file only |
| 15 | C, 6 marks | Structured interview debate | Block 4, Unit 13 Tools and Techniques for Data Collection | Full file only |
Counting by block: Blocks 1, 2 and 4 each supplied four questions and Block 3 supplied three, which is the 15 printed in the paper. Unit 4 on Education and Policies was the single busiest unit, feeding three questions on its own.
Programmes that include BESC-134 Education as a Practice
BESC-134 Education as a Practice is a core course for learners who choose Education as a discipline in the BAG and BAM programmes.
In the IGNOU Bachelor of Arts (General), Education is taught through four 6-credit discipline core courses: BESC-131 Education: Concept, Nature and Perspectives, BESC-132 Structure and Management of Education, BESC-133 Curriculum, Teaching-Learning and Assessment, and BESC-134 Education as a Practice.
The June 2026 paper header names both BAG (EDU) and BAM, the Bachelor of Arts (Multidisciplinary). Both groups sit the same paper on the same day, so one solved file serves either programme.
BESC-134 is the most applied of the four. It uses ideas from BESC-131 and BESC-133 but asks you to apply them to research, statistics and school case studies such as Nali-Kali, Lok Jumbish and Kasturba Gandhi Balika Vidyalaya. It is also the only one of the four with a numerical in Section A, which is why Block 4 deserves practice with a pen rather than only reading.
Get the full BESC-134 Solved Question Paper on WhatsApp
To get the full BESC-134 Solved Question Paper for June 2026, message WhatsApp 9899436384 and you receive all 15 answers as one PDF.
Write “BESC 134 June 2026” in your message. We reply with the price and payment details, and the file is sent on the same chat once payment is confirmed. It holds the 2 answers shown here plus the 13 answers that are not on this page.
If you are also preparing for the next exam, ask for the IGNOU BESC-134 Solved Question Paper of earlier sessions on the same chat, since several June 2026 questions were repeats. If you are preparing other BAG or BAM courses in the same semester, mention their codes in the same message.
BESC-134 Education as a Practice FAQs
How do I get the full BESC-134 June 2026 solved file on WhatsApp?
Send a WhatsApp message to 9899436384 with the words BESC 134 June 2026. Our team replies with the price and payment details, and once payment is confirmed you receive the full PDF. It contains complete answers to all 15 questions in the paper: the 2 you can read on this page plus the 13 answers that are not shown here, written in English.
Which BESC-134 questions are solved in full on this page?
Two questions are solved in full on this page. Question 1 explains the concept of action research and walks through its basic steps with a classroom homework example. Question 3 explains standard deviation, its importance in data analysis and the full calculation for the five-class distribution, giving a mean of 28 and a standard deviation of about 13.27, checked by two separate methods. The remaining 13 are listed as printed.
Is standard deviation a regular numerical in BESC-134 papers?
No, it is not regular, which is what made June 2026 unusual. In the seven official BESC-134 papers we checked from June 2022 to December 2025, the numericals asked for mean, median and mode, quartile deviation, rank correlation or graphs. Standard deviation was never set as a calculation, so students who skipped variability in Block 4 found Question 3 hard.
Which numerical should I practise for December 2026?
Rank order correlation first. A central tendency or variability numerical has appeared in seven of the eight sessions we can see, so the slot itself is close to certain. Rank correlation was set in June 2024, June 2025 and December 2025 and then skipped in June 2026, which gives it the strongest recent run of any numerical left unused. After that, practise quartile deviation and mean, median and mode. Standard deviation is worth keeping in hand too, now that it has entered the paper.
How many questions must I attempt in the BESC-134 term-end exam?
You attempt 8 of the 15 printed questions in the BESC-134 term-end exam. That means 2 of 4 in Section A at 20 marks each, 4 of 7 in Section B at 12 marks each, and 2 of 4 in Section C at 6 marks each. The paper carries 100 marks and runs for 3 hours, which works out to about 2,250 words of writing, with a Hindi version printed after the English one.
Which BESC-134 Education as a Practice topics repeat most often?
Action research is the clear leader, appearing in all seven BESC-134 papers we checked between June 2022 and December 2025. Measures of central tendency and variability showed up in six, e-learning in five, and inclusive education, qualitative versus quantitative research, education policy processes and rank correlation in four each. The June 2026 paper again opened with action research as Question 1.
Which BESC-134 topics were skipped in June 2026?
Only two of the seventeen we track, which makes this the most repetitive paper on the course. E-learning and M-learning had appeared in five of the seven earlier papers and was absent, and rank order correlation had appeared in four, including three of the last four sessions, and was also left out. Both belong near the top of a December 2026 revision list.
Which block of BESC-134 carried the most marks in June 2026?
Block 2, Innovative and Alternative Practices in Education, with 58 of the 188 printed marks, including two of the four 20-mark Section A essays, on Mirambika and on inclusive education. Blocks 3 and 4 printed 44 marks each and Block 1 printed 42. Every block produced three or four questions, so the paper was spread evenly rather than concentrated in one place.
Does BESC-134 Education as a Practice have a practical file?
No. BESC-134 is a theory course assessed through tutor marked assignments and a 100-mark term-end exam, with no separate practical or record work. That is why this page carries a solved file index instead of a practical file index. The index lists every June 2026 question, the course block it comes from and whether its answer appears here or only in the full file.
Which programmes study BESC-134 Education as a Practice?
BESC-134 is studied in the IGNOU Bachelor of Arts (General) with Education as a discipline. There it is a 6-credit core course listed after BESC-131, BESC-132 and BESC-133. The June 2026 paper was also printed for the Bachelor of Arts (Multidisciplinary), or BAM. Learners of both programmes sit the same paper, so the same solved file works for either.
Are the BESC-134 answers written to IGNOU word limits?
Yes. Each answer follows the word guide printed in the BESC-134 paper: about 500 words for the four Section A questions, about 250 for the seven Section B questions and about 125 for the four Section C questions. Long answers open with a definition, use headings and examples from Indian schools, and close with a short conclusion so examiners can mark them quickly.
Who wrote and reviewed the BESC-134 solved answers?
The BESC-134 answers were written by Prateek Talwar, Academic Head of Unnati Educations, and reviewed by Sheetal Kirola before release. Every numerical was solved by two independent methods that had to agree, and every name, date and Act was checked against the original source rather than repeated from another website.
About the authors
This BESC-134 solved paper was written and reviewed by the Unnati Educations education team, which has prepared IGNOU education-stream answer sets since 2016.
- Prateek Talwar, Academic Head, Unnati Educations. He wrote all 15 answers for this paper. He has worked on IGNOU education-stream material for over nine years and has prepared term-end answer sets across the BESC, BES and BESE series as well as the B.Ed programme.
- Sheetal Kirola, Reviewer. She checked every answer against the eGyanKosh blocks and the seven earlier official BESC-134 papers, re-worked the standard deviation question by the direct method to confirm the step deviation result, and verified the names and dates in the action research answer, including Kurt Lewin's spiral and Stephen M. Corey's 1953 book.
Our answers are written from the official IGNOU course material and past question papers, not copied from other websites. If you find an error on this page, message us on WhatsApp and we will correct it and reissue the file.