141 extractive question-and-answer pairs built from Guidelines for Incorporating, published by ugc.gov.in. Every answer is a verbatim span of text the source prints, and each row carries the passage it sits in, its offset in that passage, the source quote, the page and the location in the document, so any row can be checked against the original. 98 of the 141 pairs (69.5%) are explanatory questions and 43 restate a figure. 100.00% of rows pass the corpus quality gate.
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Usable for analysis, but expect some cleaning before you rely on it.
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First 10 of 141 rows
| question | answer | context | answer_start | question_type | knowledge_quality_score | source_quote | source_page | source_location | confidence | validation_status |
|---|---|---|---|---|---|---|---|---|---|---|
| What was regarded as the ultimate human aspiration in Indian philosophy? | The pursuit of Knowledge (Jñāna), wisdom (Prajñā), and truth (Satya) | The pursuit of Knowledge (Jñāna), wisdom (Prajñā), and truth (Satya) was always considered in Indian thought and philosophy as the highest human goal. … The Indian education system produced great scholars such as Charaka, Susruta, Aryabhata, Varahamihira, Bhaskaracharya, Brahmagupta, Chanakya, Chakrapani Datta, Madhava, Panini, Patanjali, Nagarjuna, Gautama, Pingala, Sankardev, Maitreyi, Gargi and Thiruvalluvar, among numerous others, who made seminal contributions to world knowledge in diverse fields such as mathematics, astronomy, metallurgy, medical science and surgery, civil engineering, architecture, shipbuilding and navigation, yoga, fine arts, chess, and more. Indian culture and philosophy have had a strong influence on the world. | 0 | definition | 1.000 | The pursuit of Knowledge (Jñāna), wisdom (Prajñā), and truth (Satya) was always considered in Indian thought and philosophy as the highest human goal. | 6 | page=6,block=3 | 0.700 | valid |
| What is the goal of the Foundational Course in Indian Knowledge System? | to present an overall introduction to all the streams of IKS relevant to the UG programme | All the students should take a Foundational Course in Indian Knowledge System, which is designed to present an overall introduction to all the streams of IKS relevant to the UG programme. The foundational IKS course should be broad-based and cover introductory material on all aspects. It would enable students to explore the most fundamental ideas that have shaped Indian Knowledge Traditions over the centuries. Brief outlines of a few Model Curricula that may be followed in the Foundational Courses in IKS are presented in Appendix. 3. All UG-teaching Institutions should offer a large number of Elective Courses in IKS, from which the students may choose appropriately so as to complete a requisite number of courses and credits in IKS. These credits may be apportioned to the core disciplinary courses and the multidisciplinary courses. | 97 | definition | 1.000 | All the students should take a Foundational Course in Indian Knowledge System, which is designed to present an overall introduction to all the streams of IKS relevant to the UG programme. | 8 | page=8,block=0 | ||
| What is the aim of the two-semester Foundational Course in IKS for undergraduate students? | to present an overall introduction to all the streams of IKS | All students who are enrolled in UG programmes in the Sanskrit or Indian Language Universities should take the following credit courses in IKS: • A two-semester Foundational Course in IKS is designed to present an overall introduction to all the streams of IKS. • A two-semester Multidisciplinary Course on “IKS and Contemporary Knowledge in a Selected Discipline”. The Universities should make due efforts to offer such courses in several disciplines that are part of IKS so that the students can choose their courses appropriately. the students studying Nyāya-Śāstra could opt to take a two-semester course on “Nyāya and the Greco-European Tradition of Logic.” • A Course on “Manuscriptology and Critical Editing of Texts”. 2. Guidelines for PG Programmes in Disciplines that are Part of IKS 1. | 200 | definition | 1.000 | All students who are enrolled in UG programmes in the Sanskrit or Indian Language Universities should take the following credit courses in IKS: • A two-semester Foundational Course in IKS is designed to present an overall introduction to all the streams of IKS. | 9 | page=9,block=0 | ||
| What does the concept of Rita and Dharma represent? | The cycle of mutual dependence of humans and all aspect of creation | Important examples of classical literature in Sanskrit and other Indian languages. 9. Indian Education: Preservation of culture, tradition and Dharma through education. Svadhyaya, Pravachana. Also continuity of the family and the vamsha, who are the carriers of knowledge, tradition and Dharma. The extent, inclusiveness and the sophistication of indigenous education in early19th century India. 10. The Purpose of Knowledge in India: Para Vidya and Apara Vidya. The corpus connected with Para Vidya. Learning and formalization of concepts associated with Para Vidya also form part of Apara. Apara Vidya. Nature and purpose of sciences, technologies, and all human knowledge concerning the world and the society. The concept of Rita, Dharma. The cycle of mutual dependence of humans and all aspect of creation. Yajna and the inviolable discipline of sharing and caring. 11. | 742 | definition | 1.000 | The concept of Rita, Dharma. The cycle of mutual dependence of humans and all aspect of creation. | 13 | page=13,block=0 | 0.700 | valid |
| What does Varta encompass in the context of economic activity? | Krishi, Gopalana and Vanijya forming the basis of Varta and the core of economic activity in society. | King as the protector of Varta. King as the protector of the times. Meaning of Varta: Krishi, Gopalana and Vanijya forming the basis of Varta and the core of economic activity in society. The importance of sharing. Grama as the centre of the polity. 18. The Outreach of Indian Knowledge System: The outreach of Indian Knowledge System beyond Indian boundaries form the ancient times. Outreach to East, Southeast, Central and Southeast Asia of Indian phonetic script, decimal value place system based arithmetic, algebra, astronomy and calendar, medical pharmacopeia, architecture, methods of making iron and steel, cotton textiles, etc. The transmission of Indian linguistics, knowledge of plants, iron and steel metallurgy, textiles and dyeing, shipbuilding etc., to Europe in 17/18/19th centuries. Current global outreach of Ayurveda, Yoga and Indian Fine Arts. Suggested References 1. | 86 | definition | 1.000 | Meaning of Varta: Krishi, Gopalana and Vanijya forming the basis of Varta and the core of economic activity in society. The importance of sharing. | 15 | page=15,block=0 | ||
| What does Naṣṭa and Uddiṣṭa represent in relation to prastāra? | the association between a metrical form and the row-number in the prastāra through binary expansion | Saṅkhyā or the total number of metrical forms of n syllables. Naṣṭa and Uddiṣṭa (the association between a metrical form and the row-number in the prastāra through binary expansion). Lagakriyā or the number of metrical forms in the prastāra with a given number of Laghus. Varṇameru and the so called “Pascal Triangle”. 5. Mathematics in the Jaina Texts Place of Mathematics in Jaina literature. Important Jaina mathematical works. Jaina geometry. Circumference of a circle. Area of a circle. Relation between chord, śara (arrow) and diameter, etc. Approximation for the value of π. Notion of different types of infinity. The law of indices. Permutations and Combinations. | 81 | definition | 1.000 | Naṣṭa and Uddiṣṭa (the association between a metrical form and the row-number in the prastāra through binary expansion). | 17 | page=17,block=3 | 0.700 | valid |
| What mathematical structure is referred to as Varṇameru? | Varṇameru and the so called “Pascal Triangle” | Saṅkhyā or the total number of metrical forms of n syllables. Naṣṭa and Uddiṣṭa (the association between a metrical form and the row-number in the prastāra through binary expansion). Lagakriyā or the number of metrical forms in the prastāra with a given number of Laghus. Varṇameru and the so called “Pascal Triangle”. 5. Mathematics in the Jaina Texts Place of Mathematics in Jaina literature. Important Jaina mathematical works. Jaina geometry. Circumference of a circle. Area of a circle. Relation between chord, śara (arrow) and diameter, etc. Approximation for the value of π. Notion of different types of infinity. The law of indices. Permutations and Combinations. | 272 | definition | 1.000 | Lagakriyā or the number of metrical forms in the prastāra with a given number of Laghus. Varṇameru and the so called “Pascal Triangle”. | 17 | page=17,block=3 | 0.700 | valid |
| What does cara represent in Indian astronomical texts? | the variation in the duration of the day at a given location | Explain the concept of cara as outlined in the Indian astronomical texts that captures the variation in the duration of the day at a given location. Present the formula for determining the local time using shadow measurements. Also outline how cara plays a role in determining this local time. Bring out the distinction between this local time and the standard time that we are generally familiar with and generally keep track of. 12. Lagna and its computation Introduce the concept of lagna, and how non-trivial a problem it is to determine it precisely. Also point out how this is deeply connected with fixing times for various social and religious functions such as marriage, etc. Bring out the connection between its computation and the computation of declination, cara etc. that would have been discussed before. Explain how this can be determined ‘reasonably’ accurately using interpolation. | 87 | definition | 1.000 | Explain the concept of cara as outlined in the Indian astronomical texts that captures the variation in the duration of the day at a given location. | 25 | page=25,block=0 | 0.700 | |
| What is the sky viewed as in the context of celestial observations? | the inside of a hemisphere | 1. Preliminaries Sky viewed as the inside of a hemisphere. Cardinal directions, zenith, horizon, pole star at any location. Daily motion of celestial objects (Sun, Moon, planets, stars) and diurnal circles. Motion in the stellar background. Ecliptic. Basic time units: Day, Month and Year. Celestial coordinates and elementary spherical trigonometry. Cosine and Sine formulae. Horizontal (z,A), Equatorial (δ, α and H), and Ecliptic (λ, β) systems. cos z = sin φ sin δ + cos φ cosδ cos H, and other relations. Planetary positions. 2. Developments from the Vedic period up to the Siddhāntic period Vedic Astronomy: Astronomical concepts in Vedic literature regarding Sun, Moon, Stars, Earth. Months, seasons, year. 27 nakṣatras. Ecliptic and ayana. Planets, Comets etc. Pole star in an earlier era. | 31 | definition | 1.000 | Preliminaries Sky viewed as the inside of a hemisphere. | 26 | page=26,block=2 | 0.700 | valid |
| What does Agrajyā represent in Bhāskara's latitudinal triangles? | the distance between rising-setting line and the east-west line | Application to calculate retrograde motion of planets. 8. Tripraśna topics Latitudinal triangles (of Bhāskara) and applications. Agrajyā or the distance between rising-setting line and the east-west line. Correction to the east-west line due to change in Sun’s declination. Zenith distance in terms of the declination, hour angle and latitude (cos z = sin φ sin δ + cos φ cos δ cos H). Derivation of this formula as in Siddhāntaśiromaṇi. Relation among Śaṅkutala (Śaṅkvagra), Bhujā, Agrajyā and its applications. 9. Rising times of Rāśis and finding Lagna Relation between the right ascension and longitude and rising times of rāśis at the equator. Rising times at an arbitrary latitude. Finding the Lagna at any instant after Sunrise (approximate). 10. | 140 | definition | 1.000 | Agrajyā or the distance between rising-setting line and the east-west line. | 27 | page=27,block=0 | 0.700 | valid |
Read straight from the file — download or use the API URL for the full dataset.
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