Q11. Which of the following pairs of ancient Indian medical texts and their primary focus is correctly matched?
Ancient Indian Art, Architecture and Science: RAS Prelims MCQs
79 RAS Prelims MCQs on ancient Indian art, architecture and science test monuments, schools of sculpture, metallurgy and mathematics. Ajanta, Bharhut, Amaravati and Gandhara, the Iron Pillar of Delhi, the zinc smelting at Zawar and the work of Aryabhata and Brahmagupta feature, and each explanation links the work to its dynasty or site.
Practice questions based on the RPSC RAS Prelims syllabus. They follow the exam pattern but are not past-paper questions.
Showing 11–20 of 79 questions
Q12. The metallurgical prowess of ancient India is best exemplified by the Iron Pillar of Delhi. Which of the following is the most appropriate reason for its remarkable rust resistance?
Explanation
The Iron Pillar of Delhi is a masterpiece of ancient metallurgy, remaining virtually rust-free for over sixteen centuries. This remarkable resistance is attributed to the high phosphorus content in the iron and the specific forging techniques used. These factors facilitated the formation of a thin, protective passive layer of crystalline iron hydrogen phosphate hydrate, known as misawite.
Q13. Match the items in List I with the items in List II to identify the correct educational associations.
| Ancient Educational Institutions | Patron Dynasties or Key Figures |
|---|---|
| A. Nalanda | i. Dharmapala of the Pala Dynasty |
| B. Vikramshila | ii. Maitraka Dynasty |
| C. Takshashila | iii. Kumaragupta I of the Gupta Dynasty |
| D. Vallabhi | iv. Chanakya (associated as a renowned teacher) |
Explanation
Ancient Indian educational centers were supported by various royal patrons and legendary figures. Nalanda was founded under the Gupta ruler Kumaragupta I, while Vikramshila was established by Dharmapala of the Pala dynasty. Takshashila is famously associated with the teacher Chanakya, and Vallabhi became a major center for Hinayana studies under the patronage of the Maitraka dynasty.
Q14. An archaeologist discovers retorts and distillation furnaces in Zawar, Rajasthan, dating back to ancient and medieval times. This archaeological evidence primarily highlights ancient India’s advanced capabilities in which of the following metallurgical processes?
Explanation
Archaeological findings in Zawar, Rajasthan, provide concrete evidence of ancient India’s sophisticated metallurgical skills. The presence of specialized retorts and furnaces indicates that practitioners had mastered the complex process of zinc smelting through distillation. This technique required high temperatures and controlled environments, marking a significant technological advancement that predated similar industrial-scale processes in many other parts of the world.
Q15. Read the following statements regarding ancient Indian astronomy:
I. Varahamihira authored the Brihat Samhita, an encyclopedic work on various subjects including astronomy.
II. The Panchasiddhantika of Varahamihira summarizes five earlier astronomical treatises.
III. The Romaka Siddhanta shows clear evidence of Greek astronomical influence.
IV. Aryabhata provided a scientific explanation for solar and lunar eclipses, rejecting mythological beliefs.
V. Aryabhata stated that the apparent rotation of the heavens is due to the axial rotation of the Earth.
Which of the above statement(s) is/are correct?
I. Varahamihira authored the Brihat Samhita, an encyclopedic work on various subjects including astronomy.
II. The Panchasiddhantika of Varahamihira summarizes five earlier astronomical treatises.
III. The Romaka Siddhanta shows clear evidence of Greek astronomical influence.
IV. Aryabhata provided a scientific explanation for solar and lunar eclipses, rejecting mythological beliefs.
V. Aryabhata stated that the apparent rotation of the heavens is due to the axial rotation of the Earth.
Which of the above statement(s) is/are correct?
Explanation
Ancient Indian astronomy reached a high level of sophistication through the works of scholars like Varahamihira and Aryabhata. These thinkers documented Greek influences, summarized traditional astronomical knowledge, and provided scientific explanations for natural phenomena like eclipses. Aryabhata specifically proposed the rotation of the Earth on its axis, reflecting a transition toward rational and observation-based celestial science.
Q16. The Sulba Sutras are appendices to the Vedas that provide detailed geometric instructions. What was the primary cause or requirement that led to the development of these mathematical texts in ancient India?
Explanation
The Sulba Sutras represent the earliest records of Indian geometry and mathematical principles. Their development was driven by the strict ritualistic requirements of the Vedic period, which demanded precise measurements and specific geometric shapes for the construction of sacrificial fire altars. This necessity for accuracy in religious architecture led to the formulation of fundamental mathematical and geometric rules.
Q17. In the context of ancient Indian temple architecture, which of the following best defines the term "Amalaka"?
Explanation
In the architectural language of the Nagara style, the Amalaka is a crucial structural and symbolic element. It is a large, fluted or ribbed stone disk that sits atop the main shikhara or tower of the temple. This feature typically supports the kalasha and is intended to represent the sacred lotus or the sun, signifying a divine connection.
Q18. Select the correct chronological sequence of the evolution of sculptural art styles in ancient India from the options given below.
Explanation
The sculptural traditions of ancient India followed a clear chronological progression. Mauryan art introduced polished stone pillars and court art, followed by the narrative reliefs of the Sunga period. The Kushana period saw the emergence of the Mathura and Gandhara schools, while the Gupta period marked the classical peak characterized by spiritual serenity and refined aesthetic balance.
Q19. Aryabhata, a pioneer of ancient Indian mathematics, is credited with establishing the rules for which of the following operations?
Explanation
Aryabhata was a foundational figure in ancient Indian mathematics who introduced several revolutionary concepts. Beyond his astronomical observations, his mathematical contributions included precise methods for finding the square and cube roots of numbers. These procedures, detailed in his treatise, demonstrated an advanced understanding of arithmetic and algebra that formed the basis for later developments in the field.
Q20. The Amaravati Stupa, situated in the lower Krishna valley, is most famous for its intricate marble sculptures. Under which of the following dynasties did it receive its most significant patronage and structural embellishment?
Explanation
The Amaravati Stupa, located in present-day Andhra Pradesh, underwent several phases of development and became a major center for Buddhist art. While its origins may date back earlier, it received its most significant structural embellishments and elaborate marble carvings during the rule of the Satavahana dynasty. This period saw the stupa reach its height of artistic and architectural grandeur.Answer key for these questions
| Q | Correct answer |
|---|---|
| 11 | (d) Madhava Nidana - Diagnosis of diseases |
| 12 | (b) The formation of a protective passive film of misawite. |
| 13 | (a) A-iii, B-i, C-iv, D-ii |
| 14 | (d) Zinc smelting |
| 15 | (d) I, II, III, IV and V |
| 16 | (b) The need for precise measurements in constructing complex Vedic fire altars. |
| 17 | (b) The large, ribbed, stone disk placed at the top of a Nagara style shikhara. |
| 18 | (a) Mauryan art, Sunga art, Kushana art, Gupta art |
| 19 | (c) Extraction of square and cube roots |
| 20 | (d) Satavahana dynasty |
Key facts from Ancient Indian Art, Architecture and Science
- The Ajanta caves are rock-cut monuments excavated in a horseshoe-shaped gorge.
- The Bharhut stupa is known for narrative bas-reliefs of Jataka tales; the Amaravati Stupa is a Satavahana work.
- Gandhara sculpture shows the Buddha with curly hair and flowing drapery under Hellenistic and Roman influence.
- The Iron Pillar of Delhi resists rust because of a protective passive film of misawite.
- Zawar in Rajasthan is known for ancient zinc smelting with retorts and distillation furnaces.
- Aryabhata set rules for square and cube roots; Brahmagupta wrote the Khandakhadyaka.
Frequently asked questions
How many RAS Prelims practice MCQs are there on Ancient Indian Art, Architecture and Science?
This page has 79 practice MCQs on Ancient Indian Art, Architecture and Science (Ancient Indian History). Each has the correct answer, and most have an explanation.
Why does the Iron Pillar of Delhi not rust?
It forms a protective passive film of misawite on its surface. This thin layer of iron, oxygen and phosphorus compounds shields the metal underneath, which is why the pillar has resisted corrosion for many centuries.
What is Zawar in Rajasthan known for?
Zawar has retorts and distillation furnaces from ancient and medieval times and is known for early zinc smelting. It shows that India had an advanced metallurgical tradition and was among the first to produce zinc on a large scale.
Who wrote the Khandakhadyaka?
Brahmagupta, the ancient Indian mathematician and astronomer. The Khandakhadyaka is a text on astronomy and mathematics, and it is usually asked together with Aryabhata’s work on roots and the idea of a spherical Earth.