Q31. The discovery of extensive ancient slag heaps in the Aravalli region of Rajasthan suggests large-scale metallurgical activity. What was the direct effect of mastering zinc extraction techniques in ancient India?
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 31–40 of 79 questions
Q32. Match the items in List I with the items in List II to identify the correct definitions of architectural terms.
| Rock-cut Architecture Terms | Precise Definitions |
|---|---|
| A. Chaitya | i. A residential hall or monastery for monks |
| B. Vihara | ii. A prayer hall containing a stupa at one end |
| C. Stupa | iii. A highly ornamented gateway |
| D. Torana | iv. A solid hemispherical mound containing relics |
Explanation
Rock-cut and Buddhist architecture utilizes specific terms for different structures. A Chaitya is a prayer hall that typically contains a stupa, while a Vihara serves as a residential hall for monks. A Stupa itself is a hemispherical mound used to house sacred relics, and a Torana refers to the elaborately decorated ceremonial gateways that stand at the entrances.
Q33. In the context of ancient Indian astronomy, the term "Siddhanta" is best defined as:
Explanation
In the context of ancient Indian science, the term Siddhanta refers to a formalized system or a comprehensive treatise on astronomy and mathematics. These texts provided the theoretical framework and mathematical rules for calculating planetary positions, the duration of time, and the occurrence of eclipses, representing a transition from purely observational to more rigorous and calculative scientific methods.
Q34. Read the following statements regarding chemistry and material sciences in ancient India:
I. Rasa Shastra was a specialised branch of knowledge dealing with mercury and other metals.
II. Nagarjuna is traditionally regarded as a profound scholar of ancient Indian alchemy.
III. Ancient Indians lacked the knowledge of preparing natural dyes.
IV. Glass-making was practiced in ancient India as evidenced by archaeological finds at Hashinapur.
V. The preparation of alkalis (kshara) was documented in ancient surgical texts.
Which of the above statement(s) is/are incorrect?
I. Rasa Shastra was a specialised branch of knowledge dealing with mercury and other metals.
II. Nagarjuna is traditionally regarded as a profound scholar of ancient Indian alchemy.
III. Ancient Indians lacked the knowledge of preparing natural dyes.
IV. Glass-making was practiced in ancient India as evidenced by archaeological finds at Hashinapur.
V. The preparation of alkalis (kshara) was documented in ancient surgical texts.
Which of the above statement(s) is/are incorrect?
Explanation
Ancient Indian chemistry and material science were highly advanced, covering mercury processing, glass-making, and the preparation of alkalis. Contrary to the idea that ancient Indians lacked knowledge of natural dyes, historical and archaeological evidence confirms they were experts in deriving vibrant colors from various plants and minerals. These dyes were used extensively in textiles and the world-famous murals of Ajanta.
Q35. Which prominent ancient Indian mathematician and astronomer first formulated the concept that the Earth is a sphere that rotates on its own axis, causing the apparent movement of the stars?
Explanation
Aryabhata was a pioneering astronomer who proposed several revolutionary ideas in his treatise, the Aryabhatiya. He was the first to mathematically demonstrate that the Earth is a sphere and that it rotates on its own axis. He correctly explained that this axial rotation causes the stars to appear as though they are moving across the sky from east to west.
Q36. The Khandakhadyaka, a significant ancient Indian text on astronomy and mathematics, was authored by which of the following scholars?
Explanation
The Khandakhadyaka is a significant astronomical treatise authored by the renowned mathematician and astronomer Brahmagupta. Written in the seventh century, this work built upon earlier systems and provided practical methods for astronomical calculations. It was highly influential and was later translated into Arabic, contributing to the transmission of Indian mathematical and astronomical knowledge to the Islamic world and Europe.
Q37. Arrange the following architectural developments of ancient India in their correct chronological order.
I. Construction of the monolithic Kailasanatha temple at Ellora
II. Excavation of the earliest rock-cut caves at Barabar
III. Erection of the free-standing structural Dashavatara temple at Deogarh
IV. Construction of the brick stupa core at Sanchi by Ashoka
Select the correct order from the options given below.
I. Construction of the monolithic Kailasanatha temple at Ellora
II. Excavation of the earliest rock-cut caves at Barabar
III. Erection of the free-standing structural Dashavatara temple at Deogarh
IV. Construction of the brick stupa core at Sanchi by Ashoka
Select the correct order from the options given below.
Explanation
The architectural history of India begins with early rock-cut excavations like the Barabar caves in the Mauryan period, followed by the construction of the stupa core at Sanchi. Free-standing structural temples like the Dashavatara at Deogarh emerged during the Gupta period. Finally, the massive monolithic Kailasanatha temple at Ellora was carved later, during the Rashtrakuta rule in the eighth century.
Q38. Which of the following statements about the development of sculpture during the Gupta period is incorrect?
Explanation
Sculpture during the Gupta period is regarded as the classical peak of Indian art, known for its balanced proportions and spiritual serenity. While earlier styles like Gandhara and Mathura provided a foundation, the Gupta period saw a synthesis where indigenous elements became dominant. Rather than being replaced by Gandhara styles, the art became more refined, internalized, and uniquely Indian in its expression.
Q39. Which of the following statements correctly identifies the contribution of the ancient Indian text "Surya Siddhanta"?
Explanation
The Surya Siddhanta is one of the most important and foundational astronomical texts of ancient India. It provides detailed mathematical rules and formulas for determining the mean and true positions of the sun, moon, and planets. Furthermore, it includes methods for predicting solar and lunar eclipses, marking a high point in the development of Indian mathematical astronomy and timekeeping.
Q40. Which of the following features is not associated with the Ajanta cave paintings?
Explanation
The Ajanta cave paintings are world-renowned for their artistic beauty and historical value. They were created using natural pigments and the tempera technique on dry plaster. However, their primary themes are drawn from Buddhist tradition, specifically Jataka stories and the life of Gautama Buddha. Scenes from the Ramayana are not featured as primary themes in these specific Buddhist monastic caves.Answer key for these questions
| Q | Correct answer |
|---|---|
| 31 | (b) It enabled high-quality brass production through cementation. |
| 32 | (a) A-ii, B-i, C-iv, D-iii |
| 33 | (a) A comprehensive astronomical or mathematical treatise. |
| 34 | (b) III only |
| 35 | (d) Aryabhata |
| 36 | (c) Brahmagupta |
| 37 | (a) II, IV, III, I |
| 38 | (d) The Gandhara influence became highly pronounced, completely replacing indigenous styles. |
| 39 | (a) It provides rules for calculating the motions of various planets and the timing of eclipses. |
| 40 | (c) Depiction of scenes from the Ramayana as primary themes. |
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.