Q."Many reconstructions of Harappan religion are made on assumptions." Support the statement with examples.
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Archaeological Reconstruction Methods: Seeing the Past Through Fragments
Imagine you find a broken clay pot in your backyard. You have only three pieces. Can you tell what the whole pot looked like? What it held? Who made it, and how? That, in essence, is what archaeological reconstruction is about — but on a much larger scale, and with far more sophisticated tools.
The Core Intuition
Archaeology is a destructive science. When you excavate a site, you are essentially destroying it layer by layer. You cannot re-dig the same trench. So every time an archaeologist removes soil, they are making a permanent record of what they find. But what they find is almost never a complete object. It is a scatter of fragments: broken pottery (sherds), collapsed walls, decayed wood, scattered bones, and the faint stains of posts that rotted away thousands of years ago.
The job of reconstruction is to take these fragments — physical, chemical, and spatial — and build a reliable picture of the past. It is part detective work, part laboratory science, and part careful reasoning.
The Precise Statement
Archaeological Reconstruction Methods are the systematic techniques used to infer past human behaviour, technology, environment, and social organisation from the material remains recovered during excavation. These methods operate on three levels: physical reconstruction (reassembling objects), contextual reconstruction (interpreting spatial relationships), and behavioural reconstruction (inferring actions and processes).
Let me break that down.
Level 1: Physical Reconstruction — Putting the Pieces Back Together
This is the most intuitive level. You have fragments of a pot, a tool, or a building. How do you figure out the original form?
Ceramic reconstruction is the classic example. A pot breaks into hundreds of sherds. The archaeologist sorts them by fabric (the clay type and temper), colour, and decoration. Then they physically fit pieces together — like a 3D jigsaw puzzle. But here is the key insight: you do not need all the pieces. Even a single rim sherd can tell you the diameter of the pot's opening. A base sherd tells you if it was flat or rounded. The curvature of a body sherd, measured with a simple contour gauge, reveals the pot's overall shape.
A single diagnostic sherd — a rim, a base, or a decorated piece — can often identify the entire vessel type. Archaeologists call these "diagnostics" because they diagnose the original form.
Lithic (stone tool) reconstruction works differently. Stone tools are made by flaking — knocking pieces off a core. The flakes themselves are waste, but they can often be refitted back onto the core, like a 3D puzzle. This refitting tells you the exact sequence of blows the knapper used. It is a direct window into a prehistoric craftsman's mind.
Architectural reconstruction uses the fallen debris of a building. If a mud-brick wall collapses, the bricks fall in a predictable pattern. By mapping every brick and timber fragment in three dimensions, archaeologists can reconstruct the original wall height, roof pitch, and even the location of doors and windows.
Level 2: Contextual Reconstruction — Reading the Site as a Document
This is where archaeology becomes truly powerful. An object's position is often more informative than the object itself.
Stratigraphy is the foundation. Soil accumulates in layers (strata). The lowest layer is generally the oldest. But it is not that simple — pits cut through older layers, walls are built on top of earlier floors, and floods can invert the sequence. Archaeologists read these layers like pages of a book, using the Law of Superposition (older below younger) and the Law of Cross-Cutting Relationships (any feature that cuts another is younger).
Spatial analysis maps every artifact's exact coordinates. A cluster of arrowheads near a hearth might indicate a hunting camp. A scatter of grain near a grinding stone suggests food processing. A concentration of beads near a skeleton tells you about personal adornment. Modern archaeologists use Geographic Information Systems (GIS) to plot these patterns mathematically.
A common mistake is to assume that objects found together were used together. A Roman coin found next to a medieval pot might simply mean the soil was disturbed. Context is everything — and disturbance is the enemy.
Micromorphology takes this to the microscopic level. Archaeologists take intact blocks of soil, harden them with resin, and slice them into thin sections. Under a microscope, they can see the remains of ancient footprints, the compaction from foot traffic, the ash from a single fire, or the droppings of livestock. This is reconstruction at the scale of a single day.
Level 3: Behavioural Reconstruction — From Objects to Actions
This is the ultimate goal. You have reconstructed the pot, mapped its location, and dated the layer. Now: what did people do?
Use-wear analysis examines tools under high magnification. A stone knife used to cut meat develops a different polish than one used to cut wood or scrape hides. A pottery vessel used for cooking shows soot patterns and thermal cracking. A grinding stone used for cereals leaves starch grains trapped in its pores. These microscopic traces are direct evidence of past actions. …
Why this formula?
Archaeological Reconstruction Methods: Understanding the "Why" Behind the Formulas
Archaeological reconstruction is about piecing together past human activity from fragmentary evidence. The key formulas here are not arbitrary — they arise from logical constraints (like counting what must have existed) and physical principles (like how bones break or how soil accumulates).
Let's break down the most important ones.
1. Minimum Number of Individuals (MNI)
Formula:
MNI=count of the most abundant unique skeletal element (e.g., left femurs)
Why this formula holds
Imagine you dig up a pit of animal bones. You find:
- 5 left femurs
- 3 right femurs
- 2 skulls
Reasoning:
- Each animal has exactly one left femur.
- If you have 5 left femurs, at least 5 animals must have died here (because you can't have half a femur from one animal).
- The right femurs and skulls are fewer — they could have been lost, broken, or carried away. But the left femurs set a lower bound.
Key insight: MNI is a minimum — it avoids overcounting. You cannot have fewer animals than the most common single bone type. This is a counting constraint, not a statistical average.
Exam tip: Always pick the most frequent unique element (e.g., "left tibia" not just "tibia").
2. Number of Identified Specimens (NISP)
Formula:
NISP=total count of all identifiable bone fragments
Why this formula holds
- Every fragment that can be assigned to a species or element is counted.
- Reasoning: Unlike MNI, NISP does not try to reconstruct whole individuals. It simply records what was found.
- Why use it? Because fragmentation is real — a single animal can break into 20 pieces. NISP captures the density of remains, which helps compare sites.
Trade-off: NISP overcounts (one animal → many fragments). MNI undercounts (many fragments → one animal). Both are needed.
3. Fragmentation Index
Formula:
Fragmentation Index=MNINISP
Why this formula holds
- If one animal breaks into 10 pieces, NISP = 10, MNI = 1 → index = 10.
- If another site has NISP = 10, MNI = 5 → index = 2 (less broken).
Reasoning: This ratio tells you about taphonomic processes (how bones were broken by humans, animals, or weather). A high index means heavy fragmentation — perhaps from marrow extraction or trampling.
Concept: It's not a "law of nature" — it's a diagnostic tool derived from the definitions of NISP and MNI.
4. Ceramic Vessel Equivalents (EVE)
Formula:
EVE=expected full rim circumferencetotal rim arc length measured
Why this formula holds
- A complete pot has a rim that forms a full circle (say 360° or 100 cm arc).
- If you find a rim fragment that is 30 cm long, and the full rim would be 100 cm, then you have 0.3 of a pot.
Reasoning: This is a proportional reconstruction — you assume the fragment is a random sample of the whole rim. It's not perfect (rims can be uneven), but it's the best non-destructive estimate.
Key assumption: The fragment's arc length is proportional to the original vessel's size. This holds if the pot was roughly circular.
5. Radiocarbon Calibration (Simplified)
Formula (conceptual):
Calendar age=f−1(radiocarbon age)
where f is the calibration curve derived from tree rings. …
Part (b)Concept understanding — Subsistence Agriculture
Subsistence Agriculture: Growing to Live, Not to Sell
Think about the food you ate today. Someone grew it, processed it, packed it, transported it, and sold it — all so you could buy it from a shop. That entire chain exists because farmers grow more than their own family needs, and sell the surplus.
Now imagine the opposite. A farmer who grows only enough rice, vegetables, or millet to feed their own household. No extra to sell. No profit. No connection to a market. That is subsistence agriculture — farming for survival, not for trade.
The Core Idea
Subsistence agriculture is a system where the farmer and their family consume nearly everything they produce. The goal is not to generate income, but to meet basic food needs. There is little or no surplus left for sale.
In subsistence agriculture, the household is both the producer and the consumer. The farm is not a business; it is a source of food security.
Key Characteristics (as per NCERT)
- Small landholdings — the farm is typically just a few acres, often fragmented.
- Traditional methods — simple tools (hoe, digging stick, wooden plough), little use of modern machinery or chemical fertilisers.
- Low productivity — output per hectare is low because of limited inputs and technology.
- Mixed cropping — farmers grow multiple crops (e.g., rice, pulses, vegetables) to reduce risk. If one crop fails, others may survive.
- Labour-intensive — most work is done by family members. Hired labour is rare.
- No market orientation — the farmer does not produce for a distant buyer. Whatever is grown is consumed locally, often within the village.
Why Does It Matter?
Subsistence agriculture is not a relic of the past. It still supports hundreds of millions of people in developing countries — especially in parts of India, Africa, and Southeast Asia. Understanding it helps you see:
- Why some regions remain poor despite having fertile land (no surplus means no cash income).
- Why governments push for commercialisation of agriculture — to break the cycle of mere survival.
- Why food security is fragile in subsistence economies — a bad monsoon can mean hunger, not just lower profits.
NCERT distinguishes between primitive subsistence agriculture (shifting cultivation, nomadic herding) and intensive subsistence agriculture (high population density, small plots, heavy labour). Both share the core idea: production for self-consumption, not for the market.
A Quick Comparison
| Aspect | Subsistence Agriculture | Commercial Agriculture | …
Part (a)
Because the Harappan (Indus) script is still undeciphered, there are no texts naming gods or describing rituals, so scholars must infer religion from material remains — and many of these inferences are assumptions. Examples: the numerous terracotta female figurines are assumed to represent a "Mother Goddess" or fertility cult; the seated, horned figure surrounded by animals on a seal is assumed to be a "Proto-Shiva" (Pashupati) by reading later Hinduism backwards; the Great Bath at Mohenjodaro is assumed to be for ritual bathing; and structures at Kalibangan are assumed to be fire altars. None of these can be confirmed without readable texts. …
Part (a): Because the Indus script is undeciphered, Harappan religion is reconstructed only from objects, so identifications like the "Mother Goddess", the "Proto-Shiva/Pashupati" seal and the ritual use of the Great Bath are assumptions.
Part (b): The Late Harappan "successor cultures" show a return to rural life — cities abandoned, writing/seals/weights/trade/crafts lost, and only smaller, poorer villages with regional pottery surviving.
Part (a)
Reconstructing Harappan religion is unusually difficult because, unlike Egypt or Mesopotamia, the Harappans left no readable texts. Their script survives on thousands of seals but is undeciphered, so we cannot know the names of their gods, their myths or their rituals. Scholars must therefore interpret material remains, and many of those interpretations are frankly assumptions, often made by reading later Indian traditions backwards. …
- CBSE 2026Set 61/2/11 markMCQQ.Choose the correct option to fill the blank : Tribal Communities during 16th and 17th centuries [Diagram: three linked boxes with an arrow from each region to its tribal community - Punjab -> Lohani ; Assam -> ? ; Mewar -> Bhils] (A) Ahoms (B) Gonds (C) Meenas (D) Khasis
›Reveal solutionSolution
The question asks which tribal community was prominent in Assam during the 16th–17th centuries. The Ahoms established a powerful kingdom in the Brahmaputra valley and ruled Assam for six centuries, making the answer (A).
This is a straightforward question about matching tribal communities to their historical regions during the early modern period in India. The pattern shows three regions paired with their dominant tribal groups, and we need to identify which community was associated with Assam.
Let me work through each option by examining the historical geography of these tribal communities:
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The Ahoms and Assam
The Ahoms were a Tai group who migrated from present-day Myanmar and established the Ahom kingdom in the Brahmaputra valley around 1228 CE. By the 16th and 17th centuries, they had built a sophisticated state structure in Assam, successfully resisting Mughal expansion multiple times. They ruled Assam for nearly 600 years until the British annexation in 1826. Their association with Assam is unambiguous and well-documented.
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The Gonds and Central India
The Gonds were (and remain) one of India's largest tribal groups, concentrated in the forested highlands of central India — primarily Gondwana, which spans parts of present-day Madhya Pradesh, Chhattisgarh, Maharashtra, and Telangana. During the 16th–17th centuries, Gond kingdoms like Garha-Katanga and Chanda flourished in this region, not in Assam.
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The Meenas and Rajasthan
The Meenas were a tribal community of Rajasthan, particularly strong in the Amber (Jaipur) and Alwar regions. They had their own chieftaincies before being gradually absorbed into Rajput kingdoms. Their territory was in western India, far from Assam.
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The Khasis and Meghalaya …
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- CBSE 2026Set 61/2/11 markMCQQ.Which among the following was not the major factor for the development of agriculture during Mughal India ? (A) Availability of land in abundance (B) Availability of cheap labour (C) Mobility among the peasants (D) Availability of tube-wells for irrigation
›Reveal solutionSolution
The question asks to identify which factor was not significant for agricultural development in Mughal India. Tube-wells are a modern irrigation technology and were not available during the Mughal period, making (D) the correct answer.
The core idea behind this question is to test your understanding of the historical context of agricultural practices in Mughal India. When evaluating factors for development, we need to consider what technologies and socio-economic conditions existed during that specific era. The key is to identify the option that is anachronistic – something that did not exist or was not prevalent at the time.
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Analyze the historical context of Mughal agriculture:
During the Mughal period (roughly 16th to 18th century), agriculture was the backbone of the economy. The state actively encouraged cultivation to maximize land revenue. Factors like land availability, labour, and traditional irrigation methods were crucial.
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Evaluate option (A) - Availability of land in abundance:
Mughal India was a vast empire. While some regions were densely populated, there were extensive tracts of uncultivated land, especially in frontier areas or regions recovering from conflict. The state often encouraged peasants to bring new lands under cultivation to increase agricultural output and, consequently, state revenue. This was indeed a major factor.
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Evaluate option (B) - Availability of cheap labour:
India had a large rural population, and the vast majority were engaged in agriculture. This meant there was an abundant supply of labour, which was generally cheap for landlords and the state. This availability of labour was essential for intensive cultivation and expansion. This was also a major factor.
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Evaluate option (C) - Mobility among the peasants:
While peasants were often tied to their villages by social and economic bonds, there was a degree of mobility. Peasants might migrate to new areas in search of better land, to escape famine, excessive taxation, or oppression. The state sometimes encouraged this mobility by offering incentives to settle and cultivate new lands (e.g., pahis or migrant cultivators). This mobility, while sometimes a sign of distress, also contributed to the expansion of agriculture into new regions and the re-cultivation of abandoned lands. Thus, it played a role in agricultural development.
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Evaluate option (D) - Availability of tube-wells for irrigation: …
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- CBSE 2025Set 61/1/11 markMCQQ.Which one of the following statements is most appropriate regarding the zamindars of 16th and 17th century India ? (A) The zamindars were the exploitative class for the peasants. (B) The zamindars collected revenue on behalf of the state. (C) They always maintained cordial relations with the villagers. (D) The zamindars had small piece of lands for personal use.
›Reveal solutionSolution
Zamindars in Mughal India were primarily revenue intermediaries who collected land revenue on behalf of the state, not landlords in the modern sense.
The question asks us to identify the most accurate characterisation of zamindars during the Mughal period. To understand this, we need to grasp what the term "zamindar" actually meant in sixteenth and seventeenth-century agrarian society.
In Mughal administrative vocabulary, a zamindar was not simply a landlord. The term literally means "landholder," but the role was far more complex. Zamindars were individuals or groups who held hereditary rights over land in a particular locality. Crucially, their primary function in the Mughal revenue system was to act as intermediaries between the state and the cultivators. The state assigned them the responsibility of collecting land revenue from the peasants in their area and remitting it to the imperial treasury.
This intermediary position gave zamindars considerable local power. They knew the terrain, the villages, and the cultivators. They often commanded small armed retinues and enjoyed social prestige in their regions. But their authority derived from their role in the revenue apparatus — they were not absolute owners of the land in the way a modern landlord might be.
Let us now examine each option:
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(A) The zamindars were the exploitative class for the peasants: While zamindars certainly extracted surplus and could be oppressive, this statement is too sweeping and ideologically loaded. The relationship was more nuanced. Some zamindars did exploit peasants, but others maintained relatively stable, even protective relationships with cultivators. The NCERT does not characterise them uniformly as an "exploitative class."
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(B) The zamindars collected revenue on behalf of the state: This is the core administrative function that defined the zamindar's role in Mughal India. They were revenue collectors, agents of the state's fiscal machinery. This is explicitly stated in the NCERT textbook's discussion of agrarian relations. …
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- CBSE 2025Set 61/2/11 markMCQQ.Which of the following statements is true regarding the land revenue system of the Mughals ? (A) The revenue collectors collected tax of land in cash only. (B) The cultivated lands were taxed without any measurement. (C) Revenue from the land was the economic mainstay of the empire. (D) The tax collectors used to collect taxes with the help of Sahukars.
›Reveal solutionSolution
The land revenue system was the most crucial source of income for the Mughal Empire, funding its vast administration and military.
The Mughal Empire, spanning centuries, relied heavily on a well-structured and often complex land revenue system to sustain its vast administration, powerful military, and opulent court. This system was not static but evolved, with significant reforms introduced by emperors like Akbar, particularly through his finance minister, Raja Todar Mal. Understanding this system is key to grasping the economic backbone of the empire.
At its core, the Mughal land revenue system aimed to extract a share of the agricultural produce from the peasants. This share was the primary source of imperial income, making it the economic mainstay of the empire. Without this consistent flow of revenue, the Mughals would not have been able to maintain their extensive territories, fund their numerous campaigns, or undertake grand architectural projects.
A defining feature of the Mughal land revenue system, especially under Akbar, was the emphasis on systematic measurement and assessment. The 'zabt' system, also known as the Dahsala system, was a sophisticated method of revenue assessment. It involved:
- Detailed Land Measurement: Cultivated lands were meticulously surveyed and measured using a bamboo rod joined by iron rings (tanab) to ensure accuracy.
- Land Classification: Lands were categorized based on their fertility and frequency of cultivation (e.g., Polaj for land continuously cultivated, Parauti for land left fallow for a short period, Chachar for land fallow for 3-4 years, and Banjar for uncultivated land).
- Average Produce and Prices: The average produce of different crops and the average market prices over the previous ten years were calculated. This helped in fixing a fair and stable revenue demand.
- State's Share: The state's share was generally fixed at one-third of the average produce, though it could vary.
NoteThe 'zabt' system was a significant improvement over earlier, less systematic methods, aiming for greater fairness and predictability in revenue collection. It required extensive administrative machinery and record-keeping.
Regarding the mode of payment, while the revenue was assessed as a share of the produce (in kind), the imperial administration generally preferred and encouraged payment in cash. This was largely for administrative convenience, as it simplified accounting and provided the state with a liquid asset that could be used anywhere. However, payment in kind (ghalla bakhshi) was also an option, especially in certain regions or for specific crops, or when cash was scarce. Therefore, stating that revenue was collected "in cash only" would be an oversimplification and not entirely accurate. …
- CBSE 2024Set 61/3/11 markMCQQ.Fill in the blank with the appropriate word from the given options : The land which was annually cultivated for each crop in succession was called ________ in the Mughal Empire. (A) Polaj (B) Parauti (C) Banjar (D) Chachar
›Reveal solutionSolution
The question asks for the Mughal term for land that was cultivated every year, taking crops in rotation. The correct term is Polaj, which refers to continuously cultivated, never-fallowed land.
The Mughal revenue system classified agricultural land into several categories based on how often it was cultivated. This classification was crucial for tax assessment — the more regularly land was farmed, the higher its revenue potential.
The key distinction is between land that is always under cultivation and land that is periodically left fallow to restore fertility. The Mughals had precise terms for each:
- Polaj — land that was cultivated every year, never left fallow. Crops were rotated to maintain soil health, but the land itself was in continuous use. This was the most fertile and highest-revenue category.
- Parauti — land that was left fallow for one or two years to regain fertility, then brought back into cultivation. It was less productive than Polaj in a given year.
- Banjar — land that had been abandoned or left uncultivated for a long period (often several years). It required significant effort to bring back under the plough.
- Chachar — land that was left fallow for three to four years, longer than Parauti but shorter than Banjar. …
- CBSE 2023Set 61/1/11 markMCQQ.Who among the following archaeologists is the author of 'The Story of Indian Archaeology' ? (A) R.D. Banerjee (B) D.R. Sahni (C) S.N. Roy (D) B.B. Lal
›Reveal solutionSolution
The author of 'The Story of Indian Archaeology' is S.N. Roy, who wrote this comprehensive account of the development of archaeology in India.
The question asks you to identify the archaeologist who wrote the book The Story of Indian Archaeology. This is a straightforward factual recall question from the NCERT Class 12 History textbook, specifically from the chapter on "Bricks, Beads and Bones" which deals with the Harappan Civilisation and the history of its discovery.
Let's look at the four names given. R.D. Banerjee and D.R. Sahni were both pioneering archaeologists of the early 20th century. R.D. Banerjee is famous for discovering Mohenjodaro, one of the two great Harappan cities, in 1921. D.R. Sahni is credited with discovering Harappa itself in 1920-21. Both were officers of the Archaeological Survey of India (ASI) and made foundational contributions. B.B. Lal is a much later archaeologist, known for his work on the Ramayana sites and the Painted Grey Ware culture.
NoteWhile R.D. Banerjee, D.R. Sahni, and B.B. Lal are all major figures in Indian archaeology, none of them wrote the specific book mentioned in the question. The NCERT textbook explicitly names S.N. Roy as the author of The Story of Indian Archaeology. …
- CBSE 2023Set 61/3/11 markMCQQ.With which of the following aspect was the 'Ricardian theory' related ? (A) Social (B) Political (C) Economic (D) Cultural
›Reveal solutionSolution
The 'Ricardian theory', developed by the classical economist David Ricardo, primarily deals with economic principles such as international trade, rent, and income distribution, making (C) Economic the correct answer.
The question asks about the primary aspect associated with the 'Ricardian theory'. To answer this, we need to understand who Ricardo was and what his major contributions were. David Ricardo was a highly influential figure in the development of classical economics. His theories provided fundamental insights into how economies function, particularly concerning trade, land use, and the distribution of wealth.
Here's a breakdown of the concept and why the economic aspect is central:
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Who was David Ricardo?
David Ricardo (1772-1823) was a British political economist, and one of the most influential classical economists alongside Adam Smith and Thomas Malthus. His major work, "On the Principles of Political Economy and Taxation" (1817), laid out many of his key theories.
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What are the core 'Ricardian theories'?
Ricardo's contributions are numerous and foundational to economic thought. Some of his most famous theories include:
- Theory of Comparative Advantage: This theory explains why countries benefit from international trade even if one country is more efficient in producing all goods. It argues that countries should specialize in producing goods where they have a comparative advantage (lower opportunity cost) and trade with others. This is a cornerstone of international economics.
- Theory of Rent: Ricardo developed a theory explaining how rent arises from the differential fertility of land. As population grows and less fertile land is brought into cultivation, the rent on more fertile land increases. This is a theory of income distribution and resource allocation.
- Labor Theory of Value: While not solely Ricardo's, he refined the idea that the value of a commodity is determined by the amount of labor required for its production.
- Distribution Theory: Ricardo analyzed how national income is distributed among the three factors of production: wages (to labor), profits (to capital), and rent (to land).
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Why is it 'Economic'?
All of Ricardo's major theories directly address economic phenomena:
- They explain how wealth is created, distributed, and exchanged.
- They analyze the behavior of markets, prices, and factors of production.
- They provide frameworks for understanding international trade, agricultural economics, and the dynamics of economic growth and stagnation. …
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- CBSE 2020Set 61/1/11 markMCQQ.During the reign of which of the following rulers was Jizya reimposed on non-Muslim subjects ? (A) Akbar (B) Jahangir (C) Shah Jahan (D) Aurangzeb
›Reveal solutionSolution
Aurangzeb reimposed Jizya on non-Muslim subjects in 1679, reversing Akbar's earlier abolition of the tax.
The question asks about the ruler who reimposed Jizya on non-Muslim subjects. To understand this, we first need to know what Jizya was and its history in the Mughal Empire, particularly its abolition by Emperor Akbar.
Jizya was a per capita annual tax historically levied on non-Muslim subjects (known as dhimmis) in Islamic states. It was often seen as a payment for protection and exemption from military service, as well as a mark of their subordinate status. In India, it had been levied by various Muslim rulers before the Mughals.
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Akbar's Abolition of Jizya: Emperor Akbar (reigned 1556-1605) was known for his policy of religious tolerance and his efforts to integrate various communities into the Mughal administration. As part of this policy, he abolished Jizya in 1564. His aim was to remove discrimination against non-Muslims and foster a sense of equality among all his subjects, promoting his concept of Sulh-i-kul (universal peace). This was a significant step towards a more inclusive state.
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Jahangir and Shah Jahan's Policies: Akbar's successors, Jahangir (reigned 1605-1627) and Shah Jahan (reigned 1628-1658), generally continued Akbar's policy of not levying Jizya. While Shah Jahan, particularly in his later years, showed some inclination towards more orthodox Islamic policies and there were isolated instances of its collection in certain regions, Jizya was not systematically reimposed across the empire during their reigns. …
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