A Journey Through Indian ArchitectureClass 8 Social Science NCERT Solutions
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Q1Questions and activities
In Fig. 3.5, calculate the full width of the house; compare with the length of your classroom. How many staircases can you make out? If the house owners lived upstairs, what might the rooms downstairs be used for?
Solution
Based on the information and diagram (Fig. 3.5) provided in the chapter:
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Width of the house: The diagram of the house in Mohenjo-daro (Fig. 3.5) does not include a scale. Therefore, it is not possible to calculate the exact width of the house in meters or feet. To compare it with your classroom, you would first need to measure the length of your classroom and then make a visual estimation based on the proportions shown in the plan.
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Number of staircases: In the plan shown in Fig. 3.5, one can clearly make out two staircases leading to the upper floor.
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Use of downstairs rooms: The chapter suggests a division of living spaces based on social hierarchy and environmental factors. It states, "while the servants lived downstairs, the owners probably lived upstairs, where they would be less exposed to the dust and noise from the streets around." Therefore, the rooms downstairs might have been used as living quarters for servants, for storage, or for other household activities.
Q2Questions and activities
Form groups of four or five students and imagine you are artisans with just simple tools. Looking at Fig. 3.8, how would you go about building a dome of bricks? Looking at Fig. 3.12, how would you carve such a ceiling? Discuss and compare the different groups' conclusions.
Solution
This activity requires imagining the construction process using simple tools as mentioned in the chapter.
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Building a brick dome (Fig. 3.8 - Sanchi Stupa): As artisans with simple tools, building a large brick dome would be a major challenge. A possible method would be:
- Create a solid, wide circular base.
- Begin laying concentric circles of bricks, one layer at a time.
- For each new layer, the circle's diameter would be made slightly smaller than the one below it, causing the walls to curve inwards.
- We would likely need temporary internal support made of wood or earth to hold the bricks in place as the dome rises, especially near the top.
- The final step would be to place a capstone or a series of locking bricks at the very top to complete the dome structure.
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Carving a rock-cut ceiling (Fig. 3.12 - Ellora Cave 10): Carving this ceiling from solid rock would be a meticulous process. The chapter mentions using only "hammers and iron chisels."
- The carving would have to start from the top of the hillside and work downwards.
- First, we would have to hollow out the main space of the cave (the nave).
- To create the arched ceiling that imitates timber beams, we would have to carefully chip away the rock, leaving raised ridges that look like beams. This would require precise planning and measurement.
- We would start carving from the top of the ceiling and move downwards, ensuring that we do not remove too much rock, as any mistake would be permanent.
- This process would create an enormous amount of rock debris that would need to be constantly removed from the cave.
Q3Questions and activities
Why should there be so many stairways in Fig. 3.15? And in Fig. 3.17?
Solution
The multiple stairways in both structures serve important functional and social purposes related to water access.
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Fig. 3.15 (Tanks at Shringaverpur): This image shows a series of large, interconnected reservoirs fed by the Ganga river. The water level in these tanks would fluctuate with the river's seasonal flooding. The numerous stairways would ensure that people could safely and easily access the water regardless of its level—high or low—at different times of the year.
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Fig. 3.17 (Temple Tank or Pushkariṇī): The chapter states that temple tanks, or puṣhkariṇīs, were used for "water harvesting as well as water-based rituals." The multiple stairways built into the tank from all sides would allow a large number of people to access the water at the same time for performing rituals, bathing, or other daily needs, especially during festivals or important religious ceremonies.
Q4Questions and activities
Which pillars are easier to sculpt in your opinion-those in Fig. 3.25 or 3.27? Justify your answer.
Solution
This question asks for an opinion based on the visual evidence in the chapter. While Fig. 3.27 shows terracotta panels and not pillars, we can compare the sculpting process of the materials shown.
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Fig. 3.25 (Dilwara Temple Pillars): These pillars are made of white marble and feature extremely "delicate carvings" that cover every surface. Sculpting hard stone like marble to such a fine and intricate level is incredibly difficult. It requires immense skill, precision, and patience, as a single wrong strike with a chisel could break a delicate part, ruining hours of work.
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Fig. 3.27 (Bishnupur Temple Terracotta Panels): These panels are made from terracotta. The process involves carving the designs into soft clay first, which is physically much easier than carving hard marble. However, the challenge lies in the next step: firing the carved clay panel in a kiln "in a precise manner." If not done correctly, the panel could crack, warp, or break, destroying the artwork.
Conclusion:
In terms of the initial act of carving, the terracotta panels in Fig. 3.27 would likely be easier to sculpt because the raw material (clay) is soft. However, sculpting the marble pillars in Fig. 3.25, while physically more demanding, does not have the added risk of destruction during a later firing process. The sheer intricacy and hardness of the material likely make the marble pillars of the Dilwara Temple the more difficult artistic and technical achievement.
Q5Questions and activities
What are some common features across the different types of temples you have visited in this chapter? What are some of the differences?
Solution
Based on the chapter, temples in India share several common features while also displaying significant differences.
Common Features:
- Purpose: Temples were not just places of worship but also centres of learning, art (sculpture, music, dance), social interaction, and economic life.
- Core Architectural Elements: Most classical temples include a garbhagriha (the innermost sanctum housing the deity), one or more maṇḍapas (pillared halls), and a ceremonial entrance.
- Orientation: The main alignment is generally east-west, with the garbhagriha facing east.
- Ritual Practice: The practice of circumambulation (pradakṣhịna) around the central shrine is a common feature, seen in stupas and later temples.
- Philosophical Basis: Temple architecture is often based on philosophical concepts, such as the temple representing the human body or the cosmos (Puruṣha).
Differences:
- Architectural Styles: The chapter highlights distinct regional styles. For example, the Bṛihadīśhvara Temple has a tall, pyramidal tower (vimāna) characteristic of South Indian temples, while the Lingarāja Temple has a curvilinear tower (śhikhara) typical of North Indian temples.
- Construction Materials: Temples were built using a variety of locally available materials. Examples include sandstone and laterite (Lingarāja Temple), granite (Bṛihadīśhvara Temple), white marble (Dilwara Temples), and brick with terracotta panels (Bishnupur Temples).
- Scale: Early temples were modest in size. From the 10th century onwards, they grew in scale, evolving into vast temple complexes with multiple shrines and enclosures, such as the Bṛihadīśhvara and Lingarāja temples.
- Decorative Details: The style of carving and decoration varies greatly. The Dilwara Temples are known for their lace-like, delicate marble carvings, whereas the Bishnupur temples are famous for their elaborate terracotta panels depicting religious and daily life scenes.
Q6Questions and activities
In the houses shown in Fig. 3.46 and 3.47, the central courtyard will receive a lot of water during rains. Will this not flood the house?
Solution
While the chapter does not explicitly detail the drainage systems of these houses, traditional architectural designs of this type are highly practical and well-adapted to the local climate. It is highly unlikely that these courtyards would flood the house for the following reasons:
- Engineered Drainage: Traditional houses with central courtyards almost always incorporate a sophisticated drainage system. The floor of the courtyard would be gently sloped towards one or more drains.
- Water Management: These drains would channel the rainwater safely out of the house. In some cases, the water might be directed into an underground tank or well, serving as a form of rainwater harvesting, which was a common and important practice.
- Raised Plinths: The rooms and corridors surrounding the courtyard are typically built on a raised plinth or platform, which would prevent water from flowing into the living areas even if it were to pool temporarily in the courtyard.
Q7Questions and activities
If you had to create a Pan-India Architecture Museum, which ten monuments would you select to represent India's diversity and why?
Solution
To represent India's architectural diversity in a museum, I would select the following ten monuments from the chapter, each highlighting a different era, region, religion, or style:
- Dholavira: To represent the Harappan Civilization, showcasing the earliest known tradition of sophisticated urban planning, water management, and use of stone in the subcontinent.
- Sanchi Stupa: To represent early Buddhist religious architecture. It is a prime example of a monumental stone stupa with its iconic toraṇas (gateways) and railings.
- Ellora Caves (e.g., Cave 10): To showcase the incredible skill of rock-cut architecture, where entire temples were carved out of a single hillside, representing Buddhist, Hindu, and Jain traditions in one location.
- Rani ki Vav: To represent India's unique tradition of water architecture. This stepwell is an engineering marvel and a spectacular work of art, combining function with hundreds of sculptures.
- Bṛihadīśhvara Temple, Thanjavur: To represent the grand scale of South Indian (Drāviḍa style) temple architecture from the Chola dynasty, known for its towering vimāna and massive scale.
- Lingarāja Temple, Bhubaneswar: To represent the classical North Indian (Nāgara style) temple architecture, with its prominent curvilinear śhikhara and multiple maṇḍapas.
- Dilwara Temples, Mount Abu: To represent Jain temple architecture and the pinnacle of marble carving, with its extraordinarily delicate and ornate details.
- Jama Masjid, Ahmedabad: To showcase Indo-Islamic architecture with a strong regional flavour, blending Islamic concepts with local Hindu and Jain craftsmanship, particularly in its pillars and jālis.
- Taj Mahal, Agra: To represent Mughal mausoleum architecture at its zenith. It is a symbol of the confluence of Persian, Arabic, and Indian styles, renowned for its symmetry, marble inlay work, and calligraphy.
- Mehrangarh Fort, Jodhpur: To represent the power and grandeur of Rajput fort architecture. It is a massive, strategically located structure that also contains ornate palaces showcasing intricate carving and latticework.
Q8Questions and activities
Choose an ancient monument in your region. Identify what type of architecture it belongs to and the markers you used to classify it.
Solution
This question requires a personalized answer based on the student's location. Below is a sample answer using an example from the textbook to guide the student on how to structure their response.
Sample Answer:
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Chosen Monument: Jama Masjid, Delhi.
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Type of Architecture: This monument belongs to the Mughal style of Indo-Islamic architecture.
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Markers Used for Classification: I have classified it based on the following features described in the chapter:
- Function: It is a 'Jama Masjid', a large mosque built for congregational Friday prayers, a key element of Islamic practice.
- Architectural Elements: It has features characteristic of large Mughal mosques, such as three large domes, two tall minarets, and a vast courtyard that can hold thousands of worshippers.
- Materials: The use of red sandstone with white marble decorations is a signature of Shah Jahan's architectural projects, as mentioned in the text.
- Decorative Style: The walls and arches are decorated with calligraphy of verses from the Qur'an, a common feature in Islamic architecture.
- Historical Context: The chapter states it was built by Mughal Emperor Shah Jahan in the mid-17th century, placing it firmly in the Mughal period.
Q9Questions and activities
Different groups in the class take up examples of different types of architecture in your region. Prepare a small exhibition with brief descriptions. (Hints: Use different sources to get more information. Request your teacher to invite a scholar or expert from your region to interact with you.)
Solution
This is a group project. Here is a step-by-step guide on how to prepare the exhibition based on the chapter's content:
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Form Groups and Brainstorm: Form groups and list all the historical monuments in your city, district, or state. These could be temples, forts, mosques, tombs, churches, colonial buildings, traditional houses (havelis), or water structures (bāorīs).
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Assign Monuments: Each group should choose a different type of architectural structure to research. For example, one group can take up a local fort, another a temple, a third a colonial-era building, and so on.
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Classify and Research: Using the categories from the chapter, identify the architectural style of your chosen monument. Research its history:
- Who built it and when?
- What materials were used (e.g., brick, sandstone, marble, terracotta)?
- What are its key architectural features (e.g., śhikhara, vimāna, dome, minarets, arches, jālis)?
- What was its purpose (e.g., worship, defence, residence)?
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Prepare Exhibition Materials: Create materials for your exhibition stall:
- Pictures and Drawings: Collect photographs or make sketches of the monument and its important details.
- Brief Descriptions: Write short, clear labels and descriptions explaining the monument's history, style, and significance.
- Models: If possible, create a small model of the monument using clay, cardboard, or other materials.
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Organize the Exhibition: Arrange the materials in an organized manner. Each group can present their findings to the class, explaining what makes their chosen monument unique and how it fits into the larger story of Indian architecture.
Q10Questions and activities
Highlight the biggest threats to our architectural heritage today and discuss how can we protect it.
Solution
Based on the chapter, the biggest threats to our architectural heritage and the ways to protect it are as follows:
Biggest Threats:
- Neglect and Lack of Maintenance: The chapter explicitly states that "many are in a state of neglect." Over time, without proper care, ancient structures weaken and decay.
- Pollution: Air pollution is a major threat. The text gives the example of the Taj Mahal, whose white marble was turning yellow due to industrial pollution from burning fossil fuels.
- Environmental Degradation: Traditional water structures like stepwells and tanks suffer from "depleted water sources, pollution, [and] waste dumping," which destroys their function and beauty.
- Lack of Public Awareness and Responsibility: The chapter suggests that government efforts are not enough and that much heritage will be lost "unless citizens feel equally responsible" for its preservation.
How We Can Protect It:
- Government Action: Government bodies like the Archaeological Survey of India are "theoretically responsible" for the conservation of monuments. This includes restoration work and implementing protective laws, such as the ban on industrial pollution around the Taj Mahal.
- Citizen Participation and Responsibility: Protection is not just the government's job. As citizens, we must follow our Fundamental Duty "to value and preserve the rich heritage of our composite culture." This begins with appreciating these monuments and refraining from damaging or littering them.
- Community and NGO Involvement: The chapter mentions that "Environmentalists, locals, and NGOs sometimes join hands to preserve" heritage sites. These collaborative efforts can be very effective in cleaning, restoring, and raising awareness about local monuments.
- Legal Measures: Public Interest Litigations (PILs), like the one filed in the Supreme Court to protect the Taj Mahal, can be powerful tools to force authorities to take action against threats to our heritage.