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Question 261Question →

Consider the key milestones associated with the framing of the Constitution of India. Arrange the following events in the correct chronological order from earliest to latest. Which sequence represents the correct order?

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Answer

The correct chronological sequence of constitutional framing milestones is: Introduction of the Objective Resolution (December 13, 1946), Adoption of the National Flag (July 22, 1947), Appointment of the Drafting Committee (August 29, 1947), and Enactment/Adoption of the Constitution (November 26, 1949).
The sequence is strictly chronological according to official Constituent Assembly records: the Objective Resolution was introduced on December 13, 1946; the National Flag was adopted on July 22, 1947; the Drafting Committee was appointed on August 29, 1947; and the Constitution was enacted on November 26, 1949.

Step-by-Step Solution

1
Determine the date of the introduction of the Objective Resolution
Jawaharlal Nehru moved the historic 'Objective Resolution' on December 13, 1946.
It defined the aims and foundational philosophy of the Constituent Assembly.
2
Determine the date of adoption of the National Flag
The Constituent Assembly adopted the Tricolour as National Flag on July 22, 1947.
This took place shortly before India achieved independence.
3
Determine the date when the Drafting Committee was set up
The Assembly constituted the Drafting Committee under Dr. B.R. Ambedkar on August 29, 1947.
This committee was tasked with preparing a draft of the new Constitution.
4
Determine the date of adoption of the Constitution
The Constitution was formally passed, enacted, and adopted on November 26, 1949.
This completed the drafting and deliberation process of the Constituent Assembly.

Key Concept

Milestones in the Framing of the Indian Constitution
Estimated Time:1m 30s
Question 262Question →

Arrange the following stages of primary xerarch (lithosere) ecological succession on a bare rock substrate in the correct chronological sequence of community development, from the initial pioneer stage to the final climax stage:

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Answer

The correct chronological sequence of primary xerarch (lithosere) succession on a bare rock is: Crustose Lichen Stage → Foliose Lichen Stage → Moss Stage → Herbaceous Grass Stage → Climax Forest Stage.
Primary lithosere succession is autogenic and progressive, driven by microenvironmental modification of bare rock. Crustose lichens initially weather rock minerals and trap organic dust. Foliose lichens build upon this substrate, creating conditions suitable for xerophytic mosses. The accumulating moss mat provides enough soil depth for vascular grasses, which eventually yield to shrubs and a stable, self-perpetuating mesophytic climax forest.

Step-by-Step Solution

1
Identify the pioneer community capable of colonizing bare, unweathered rock.
Crustose lichens are the pioneer organisms because they survive extreme desiccation and produce acidic exudates that initiate micro-weathering of minerals.
Primary succession on rock must begin with organisms that do not require pre-existing soil.
2
Determine the succeeding lichen form that replaces crustose lichens.
Foliose and fruticose lichens override crustose lichens once minimal wind-borne dust and weathered rock particles collect beneath their thalli.
Foliose lichens have larger leaf-like thalli that shade out crustose lichens and accumulate more organic particles.
3
Trace the transition from lichen-dominated substrate to bryophytes.
Xerophytic mosses establish in the fine soil accumulated by foliose lichens.
Mosses have rhizoids that hold soil together and accumulate significantly more organic matter and moisture than lichens.
4
Identify the stage where true vascular herbaceous vegetation invades.
Annual and perennial grasses colonize as the soil substrate thickens and retains sufficient moisture.
Vascular plant roots penetrate deeper, binding soil particles and enriching substrate nitrogen and humus through root turnover.
5
Identify the ultimate equilibrium stage of community succession.
Woody shrubs pave the way for shade-tolerant, tall trees forming a stable mesophytic climax forest.
The mature soil layer reaches sufficient depth and fertility to support deep-rooted, long-lived arboreal species adapted to ambient climatic conditions.

Key Concept

Primary Xerarch (Lithosere) Ecological Succession Stages
Question 263Question →

Satellite orbits around Earth are designated according to their altitude above the Earth's surface. Arrange the following satellite orbits in increasing order of their average altitude from the surface of Earth (from lowest altitude to highest altitude).

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Answer

The correct sequence from lowest to highest altitude is Low Earth Orbit (LEO), followed by Medium Earth Orbit (MEO), and finally Geostationary Earth Orbit (GEO).
Low Earth Orbit (LEO) is closest to Earth at 160–2,000 km160\text{--}2,000\text{ km}, followed by Medium Earth Orbit (MEO) extending from 2,000 km2,000\text{ km} up to 35,786 km35,786\text{ km}, and Geostationary Earth Orbit (GEO) positioned at a high altitude of 35,786 km35,786\text{ km}.

Step-by-Step Solution

1
Identify the altitude range for Low Earth Orbit (LEO).
LEO ranges from approximately 160 km160\text{ km} to 2,000 km2,000\text{ km} altitude.
It is the closest orbit to Earth.
2
Identify the altitude range for Medium Earth Orbit (MEO).
MEO ranges from approximately 2,000 km2,000\text{ km} up to 35,786 km35,786\text{ km} altitude.
It lies between Low Earth Orbit and Geostationary Earth Orbit.
3
Identify the altitude for Geostationary Earth Orbit (GEO).
GEO is positioned at a fixed altitude of approximately 35,786 km35,786\text{ km}.
This specific altitude matches Earth's rotational period of approximately 24 hours.
4
Arrange the orbits in increasing order of altitude.
Sequence: LEO (160–2,000 km160\text{--}2,000\text{ km}) →\rightarrow MEO (2,000–35,786 km2,000\text{--}35,786\text{ km}) →\rightarrow GEO (35,786 km35,786\text{ km}).
Ordering from lowest numeric altitude to highest altitude.

Key Concept

Classification of satellite orbits by altitude (LEO, MEO, GEO)
Question 264Question →

Arrange the following major mineral-producing districts of Odisha in descending order of their total estimated bauxite reserves (from highest to lowest reserve capacity):

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Answer

The correct sequence in descending order of estimated bauxite reserves is Koraput District, followed by Rayagada District, Kalahandi District, and Sundargarh District.
The East Coast Bauxite deposit of Odisha is concentrated heavily in the southern plateau districts. Koraput leads with the massive Panchpatmali deposit, followed by Rayagada with the Baphlimali plateau, Kalahandi with the Niyamgiri and Karlapat reserves, and Sundargarh which primarily features iron and limestone with only minor bauxite deposits.

Step-by-Step Solution

1
Identify the primary bauxite belt of the state
The East Coast Bauxite belt in southern Odisha accounts for over 70% of India's total bauxite deposits.
Geological survey mapping establishes the spatial concentration of metallurgical-grade bauxite in southern districts.
2
Evaluate district-level reserve capacities
Koraput (Panchpatmali) contains over 300 million tonnes of reserves. Rayagada (Baphlimali/Kodingamali) contains approximately 200 million tonnes. Kalahandi (Niyamgiri/Karlapat) holds around 80-90 million tonnes, while Sundargarh in northern Odisha contains only minor pockets.
Detailed exploration data from the Directorate of Geology and Mineral Exploration provides accurate reserve estimates.
3
Rank the districts in descending order
The sequence from highest to lowest is Koraput District → Rayagada District → Kalahandi District → Sundargarh District.
Aligning total reserve tonnages yields the specified descending order.

Key Concept

Spatial Distribution of Natural Mineral Resources in State Economy
Question 265Question →

Arrange the following major hydroelectric and multipurpose energy projects of Maharashtra in ascending order of their total installed power generation capacity.

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Answer

The correct ascending order of installed power generation capacity is: Jayakwadi Hydroelectric Project (12 MW), Tillari Hydroelectric Project (60 MW), Ghatghar Pumped Storage Project (250 MW), and Koyna Hydroelectric Project (1,960 MW).
The correct sequence arranges the state's hydroelectric power installations strictly by their megawatt (MW) rating from lowest to highest: Jayakwadi (12 MW) is the smallest among the four, followed by Tillari (60 MW), Ghatghar Pumped Storage (250 MW), and Koyna Hydroelectric Project (1,960 MW) as the largest.

Step-by-Step Solution

1
Identify the installed capacity of Jayakwadi Hydroelectric Project
Jayakwadi Hydroelectric Station at Paithan has an installed capacity of 12 MW.
It generates power using a single reversible turbine unit at the foot of the Jayakwadi dam.
2
Identify the installed capacity of Tillari Hydroelectric Project
Tillari Hydroelectric Project has an installed capacity of 60 MW.
Located in the Western Ghats region, it uses water from the Tillari inter-state project.
3
Identify the installed capacity of Ghatghar Pumped Storage Project
Ghatghar Pumped Storage Project has an installed capacity of 250 MW.
It operates using two 125 MW reversible units in Ahmednagar district.
4
Identify the installed capacity of Koyna Hydroelectric Project
Koyna Hydroelectric Project has a total capacity of 1,960 MW.
It is Maharashtra's largest hydroelectric project, comprising Stage I, II, III, and IV powerhouses.
5
Sequence the projects in ascending order (smallest to largest capacity)
12 MW < 60 MW < 250 MW < 1,960 MW
This places Jayakwadi first, followed by Tillari, Ghatghar, and Koyna.

Key Concept

State Hydroelectric Power Infrastructure and Capacity Generation in Maharashtra
Question 266Question →

Arrange the following famous cultural fairs and tourism festivals of Rajasthan in chronological order based on the months in which they are celebrated during a standard calendar year (from January to December).

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Answer

The correct chronological sequence from January to December is: Desert Festival (Jaisalmer) → Elephant Festival (Jaipur) → Teej Festival (Jaipur) → Pushkar Fair (Pushkar, Ajmer).
The correct order follows the annual calendar sequence of Rajasthan's cultural events: Desert Festival in Jaisalmer takes place in early winter (Jan-Feb), Elephant Festival in Jaipur takes place during spring/Holi season (March), Teej Festival in Jaipur is celebrated during the monsoon season (July-Aug), and the Pushkar Fair in Ajmer takes place in late autumn (Oct-Nov).

Step-by-Step Solution

1
Identify the celebration months for each festival in Rajasthan
Desert Festival occurs in Jan-Feb; Elephant Festival occurs in March; Teej Festival occurs in July-Aug; Pushkar Fair occurs in Oct-Nov.
Establishing the calendar months allows chronological sorting across the Gregorian year.
2
Sort the festivals chronologically from earliest in the calendar year to latest
January-February (Desert Festival) comes first, followed by March (Elephant Festival), then July-August (Teej Festival), and finally October-November (Pushkar Fair).
Aligns with the requested January to December progression.

Key Concept

Calendar order of major state cultural fairs and tourism festivals in Rajasthan
Question 267Question →

Arrange the following famous architectural monuments of Rajasthan in chronological order of their construction, starting from the earliest to the latest:

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Answer

The correct chronological order from earliest to latest is Chittorgarh Fort (c. 7th–8th century CE), Vimala Vasahi Temple at Dilwara (1031 CE), Hawa Mahal in Jaipur (1799 CE), and Umaid Bhawan Palace in Jodhpur (1929–1943 CE).
The correct chronological progression begins with Chittorgarh Fort (7th–8th century CE), followed by Vimala Vasahi Temple at Dilwara (1031 CE), Hawa Mahal (1799 CE), and concludes with Umaid Bhawan Palace (1929–1943 CE).

Step-by-Step Solution

1
Determine the historical origin of Chittorgarh Fort.
Chittorgarh Fort traces its earliest origins to the 7th–8th century CE.
Establishing the earliest architectural foundation sets the initial point in the sequence.
2
Identify the construction period of Vimala Vasahi Temple at Dilwara.
The Vimala Vasahi Temple was constructed in 1031 CE during the Solanki dynasty era.
This places medieval Solanki Maru-Gurjara temple architecture after early medieval fort architecture.
3
Identify the construction date of Hawa Mahal.
Hawa Mahal was commissioned by Sawai Pratap Singh in 1799 CE.
This represents late 18th-century Rajput palace architecture.
4
Determine the construction timeline of Umaid Bhawan Palace.
Umaid Bhawan Palace was constructed in the 20th century between 1929 and 1943 CE.
It represents modern twentieth-century royal architecture prior to Indian independence.

Key Concept

Chronological evolution of state architecture and dynastic patronage in Rajasthan
Estimated Time:1m 30s
Question 268Question →

Arrange the following famous architectural monuments of South Indian temple art and heritage in chronological order of their construction, from the earliest to the latest:

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Answer

The correct chronological sequence from earliest to latest is: Shore Temple at Mahabalipuram (early 8th century CE) → Brihadisvara Temple at Thanjavur (early 11th century CE, 1010 CE) → Airavatesvara Temple at Darasuram (mid-12th century CE, c. 1166 CE) → Outer Enclosure and Tall Gopurams of Meenakshi Amman Temple at Madurai (16th–17th centuries CE).
The correct chronological sequence reflects the historical progression of Dravidian architectural patronage in Tamil Nadu: Pallavas (Shore Temple, early 8th century) -> Imperial Cholas (Brihadisvara Temple Thanjavur, 1010 CE) -> Later Cholas (Airavatesvara Temple Darasuram, mid-12th century) -> Madurai Nayakas (Meenakshi Amman Temple additions, 17th century).

Step-by-Step Solution

1
Identify the dynastic patronage and historical era of the Shore Temple at Mahabalipuram.
Built under Pallava King Narasimhavarman II (Rajasimha) around 700–728 CE (early 8th century CE). This makes it the earliest monument among the choices.
Pallava structural temple development predates the peak of Imperial Chola architectural expansion.
2
Determine the construction timeline of Brihadisvara Temple at Thanjavur.
Consecrated under Raja Raja Chola I in 1010 CE (early 11th century CE).
This marks the high classical phase of Chola granite temple architecture following the Pallava era.
3
Determine the era of Airavatesvara Temple at Darasuram.
Built under Later Chola King Rajaraja II around 1166 CE (mid-12th century CE).
Darasuram represents a later refined phase of Chola temple architecture, built approximately 150 years after the Thanjavur temple.
4
Determine the period of major construction of the Meenakshi Amman Temple's outer enclosures and giant Gopurams at Madurai.
The current expansive layout and soaring multi-tiered gopurams were constructed predominantly under the Madurai Nayakas, particularly King Tirumala Nayaka in the 17th century CE.
Nayaka style architecture represents the final major phase of temple enhancement in Tamil Nadu following the Chola and Vijayanagara eras.

Key Concept

Evolution and Dynastic Chronology of South Indian Dravidian Temple Architecture
Question 269Question →

The state of Odisha is richly endowed with diverse mineral resources such as iron ore, chromite, and bauxite, which form the backbone of its mining-based economy. Based on their geographical positioning across the state's mineral belts, arrange the following mineral-rich districts of Odisha in order from North to South.

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Answer

The correct sequence from North to South is: Mayurbhanj District, followed by Keonjhar District, then Jajpur District, and finally Koraput District.
The geographical progression from North to South starts with Mayurbhanj District (northern border area), followed by Keonjhar District immediately to its south, then Jajpur District in central Odisha, and concludes with Koraput District in southern Odisha.

Step-by-Step Solution

1
Identify northernmost district
Mayurbhanj District occupies the northernmost region of Odisha, hosting historic iron ore mines at Gorumahisani and Badampahar.
Geographical positioning places Mayurbhanj at the northern apex of the state.
2
Locate North-Central mineral district
Keonjhar District lies immediately south/southwest of Mayurbhanj, containing major iron ore and manganese reserves around Barbil and Joda.
Keonjhar forms the central-northern belt of the iron ore grid.
3
Locate Central mineral district
Jajpur District is situated in the central belt, famous for the Sukinda valley containing over 90% of India's chromite deposits.
Jajpur is positioned geographically below Keonjhar moving southward.
4
Identify southern mineral district
Koraput District lies in the far southern high-altitude Eastern Ghats region, housing Asia's largest bauxite deposit at Panchpatmali.
Koraput forms the southern anchor among these four mineral zones.

Key Concept

Geographical distribution of major state mineral belts and administrative districts
Question 270Question →

Arrange the following districts of Madhya Pradesh in descending order of their total literacy rate as per Census 2011 data, from the highest literacy rate to the lowest:

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Answer

The correct descending order of districts by literacy rate according to Census 2011 is Jabalpur (81.1%), followed by Indore (80.9%), Bhopal (80.4%), and Alirajpur (36.1%).
According to Census 2011 data, Jabalpur has the highest total literacy rate in the state (81.1%), closely followed by Indore (80.9%), Bhopal (80.4%), while the tribal-majority district of Alirajpur has the lowest literacy rate (36.1%). Sorting these figures from highest to lowest yields the sequence Jabalpur, Indore, Bhopal, Alirajpur.

Step-by-Step Solution

1
Identify the literacy rate for each district from official State Census 2011 figures.
Jabalpur: 81.1%, Indore: 80.9%, Bhopal: 80.4%, Alirajpur: 36.1%.
Establishing accurate baseline census statistics is required to sort the items.
2
Sort the values from highest percentage to lowest percentage.
81.1% (Jabalpur) > 80.9% (Indore) > 80.4% (Bhopal) > 36.1% (Alirajpur).
The question explicitly demands a descending order arrangement.

Key Concept

State District-level Literacy Ranking (Census Demographics)
Question 271Question →

In the study of state demographic profiles and human development metrics derived from official Census data, literacy rates vary significantly across districts depending on socio-economic development and educational infrastructure. Arrange the following districts in descending order of their overall literacy rates (from highest literacy rate to lowest literacy rate):

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Answer

The correct descending order of districts by literacy rate is: Serchhip district (Mizoram), followed by Kottayam district (Kerala), Patna district (Bihar), and lastly Alirajpur district (Madhya Pradesh).
Serchhip district in Mizoram recorded the highest literacy rate (97.91%) in the 2011 Census, followed closely by Kottayam in Kerala (97.21%). Patna district holds a moderate position (70.68%), whereas Alirajpur district in Madhya Pradesh recorded the lowest literacy rate (36.10%) in the nation. Thus, arranging them from highest to lowest yields Serchhip, Kottayam, Patna, and Alirajpur.

Step-by-Step Solution

1
Identify the literacy rate metrics for each district according to Census data.
Serchhip stands at 97.91%, Kottayam stands at 97.21%, Patna stands at 70.68%, and Alirajpur stands at 36.10%.
Establishing the precise numerical values enables unambiguous sorting.
2
Sort the districts from highest percentage to lowest percentage.
Serchhip (97.91%) > Kottayam (97.21%) > Patna (70.68%) > Alirajpur (36.10%).
Descending order requires placing the highest value first and the lowest value last.

Key Concept

District-level Literacy Demographics and Census Indicators
Question 272Question →

Based on official Census demographic metrics for state administrative divisions, arrange the following districts in DESCENDING order (from highest to lowest) of their Scheduled Tribe (ST) population percentage relative to their total district population:

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Answer

The correct descending sequence of districts by Scheduled Tribe (ST) population percentage is Jhargram (29.4%), followed by Purulia (18.5%), Paschim Medinipur (14.9%), and Bankura (10.3%).
The correct arrangement reflects the ecological and administrative demographic distribution of Scheduled Tribes in state geography. Jhargram holds the highest proportion (~29.4%), followed by Purulia (~18.5%), Paschim Medinipur (~14.9%), and Bankura (~10.3%). This places the forested southwestern hill district first and the eastern alluvial plain district last.

Step-by-Step Solution

1
Identify the district with the highest tribal demographic concentration.
Jhargram is located in the heavily forested southwestern belt with a Scheduled Tribe proportion of approximately 29.4%, making it first in descending order.
Forest-covered hill tracts host the highest concentration of indigenous tribal groups such as the Santhal and Munda.
2
Determine the district with the second highest tribal population proportion.
Purulia, situated on the plateau fringe, records the second highest tribal demographic share at approximately 18.5%.
Plateau fringe topography supports significant tribal settlements, though slightly less concentrated than Jhargram.
3
Compare the remaining plateau border and plain districts.
Paschim Medinipur has an ST population proportion of around 14.9%, placing it third, while Bankura in the eastern agricultural plains records approximately 10.3%, placing it last.
Tribal population density declines systematically from the dense forested western plateau towards the eastern alluvial agricultural plains.

Key Concept

Demographic Distribution of Scheduled Tribes across Administrative Districts
Question 273Question →

Based on official Census demographic reports and state human development profiles, arrange the following administrative districts in descending order (from highest to lowest) according to their percentage of Scheduled Tribe (ST) population relative to their total district population:

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Answer

The correct descending order of administrative districts by Scheduled Tribe population percentage is Khunti District, followed by Simdega District, Paschimi Singhbhum District, and Ranchi District.
According to Census demographic profiles, the proportion of Scheduled Tribe population relative to total district population ranks from highest to lowest as follows: Khunti District (~73.25%), Simdega District (~70.78%), Paschimi Singhbhum District (~67.31%), and Ranchi District (~35.76%).

Step-by-Step Solution

1
Identify the Scheduled Tribe (ST) population percentage for Khunti District.
Khunti District has an ST population percentage of approximately 73.25%.
This establishes the highest tribal proportion among the given administrative units.
2
Determine the ST population percentage for Simdega District.
Simdega District records an ST population percentage of approximately 70.78%.
This places Simdega directly below Khunti District.
3
Evaluate the ST population percentage for Paschimi Singhbhum District.
Paschimi Singhbhum District records an ST population percentage of approximately 67.31%.
This ranks Paschimi Singhbhum third in the descending order.
4
Compare with Ranchi District's demographic profile.
Ranchi District records an ST population percentage of approximately 35.76%.
Due to higher urbanisation and overall population density, Ranchi ranks lowest in ST population proportion among the four listed.

Key Concept

District-level Tribal Demographic Profiling and Population Distribution
Question 274Question →

Arrange the following famous architectural monuments of Rajasthan in chronological order of their original construction, from the earliest to the latest:

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Answer

The correct chronological sequence from earliest to latest construction is Chittorgarh Fort (7th–8th century CE), Kumbhalgarh Fort (15th century CE), Amer Fort (late 16th century CE), and Hawa Mahal (1799 CE).
The correct sequence follows the historical timeline of Rajput architecture across dynasties: Chittorgarh Fort (7th-8th century CE) -> Kumbhalgarh Fort (15th century CE) -> Amer Fort (late 16th century CE) -> Hawa Mahal (1799 CE).

Step-by-Step Solution

1
Identify the construction era of Chittorgarh Fort.
Chittorgarh Fort traces its origin back to the 7th–8th century CE under the Maurya/Mori and early Mewar rulers, making it the earliest monument among the list.
Establishing the earliest architectural monument in Rajput history.
2
Identify the construction era of Kumbhalgarh Fort.
Kumbhalgarh Fort was constructed in the 15th century CE by Maharana Kumbha of Mewar.
Positioning mid-medieval fortification architectural developments.
3
Identify the construction era of Amer Fort.
Amer Fort was constructed starting in 1592 CE (late 16th century) under Raja Man Singh I.
Placing the Kachwaha Rajput architecture prior to the founding of Jaipur city.
4
Identify the construction era of Hawa Mahal.
Hawa Mahal in Jaipur was designed by Lal Chand Ustad and constructed in 1799 CE (late 18th century) under Maharaja Sawai Pratap Singh.
Placing the late 18th-century palace landmark at the end of the chronological order.

Key Concept

Chronological evolution of state architectural heritage and dynastic monuments
Question 275Question →

Arrange the following major regional state and tribal historical movements against British colonial rule in chronological order, from the earliest to the latest:

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Answer

The correct chronological order from earliest to latest is: Paika Rebellion of Khurda (1817), Kol Rebellion of Chota Nagpur (1831–1832), Santhal Rebellion (1855–1856), and Munda Uprising (1899–1900).
The Paika Rebellion occurred first in 1817, followed by the Kol Rebellion of Chota Nagpur in 1831–1832, the Santhal Rebellion (Hul) in 1855–1856, and finally the Munda Uprising (Ulgulan) in 1899–1900.

Step-by-Step Solution

1
Determine the date of the Paika Rebellion
The Paika Rebellion took place in 1817 in Odisha under Bakshi Jagabandhu.
Establishes the earliest regional uprising among the listed events.
2
Identify the time period for the Kol and Santhal rebellions
The Kol Rebellion occurred in 1831–1832, followed by the Santhal Hul in 1855–1856 prior to the 1857 Revolt.
Establishes the middle sequence for mid-19th-century armed movements.
3
Identify the period of the Munda Uprising (Ulgulan)
The Munda Uprising led by Birsa Munda occurred at the end of the 19th century in 1899–1900.
Completes the sequence as the latest historical movement among the items.

Key Concept

Chronology of Regional Historical Movements and Tribal Rebellions
Estimated Time:1m 0s
Question 276Question →

Arrange the following major historical movements and uprisings in Indian state history in chronological order of their occurrence, from earliest to latest:

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Answer

The correct chronological order of the historical uprisings is: Paika Rebellion in Odisha (1817), Santhal Rebellion in the Rajmahal Hills (1855), Deccan Riots in Maharashtra (1875), and Munda Ulgulan in Chota Nagpur (1899).
The Paika Rebellion began in 1817 in Odisha. The Santhal Rebellion occurred in 1855 in the Rajmahal hills. The Deccan Riots broke out in 1875 in Maharashtra. The Munda Ulgulan led by Birsa Munda took place in 1899. Ordering these events chronologically yields Paika Rebellion (1817), Santhal Rebellion (1855), Deccan Riots (1875), and Munda Ulgulan (1899).

Step-by-Step Solution

1
Identify the year of occurrence for each regional historical movement
Paika Rebellion (1817), Santhal Rebellion (1855), Deccan Riots (1875), and Munda Ulgulan (1899).
Determining the timeline of each event is essential for chronological arrangement.
2
Sequence the events in ascending order from the earliest to the latest year
1817 -> 1855 -> 1875 -> 1899
Arranging the years chronologically establishes the correct historical order.

Key Concept

Chronology of Regional Historical Movements and Uprisings in Colonial India
Question 277Question →

You are serving as the Head of Department in a State Secretariat. A junior officer submits a formal written grievance alleging workplace harassment, biased performance appraisal, and administrative marginalization by their immediate supervisory officer. Arrange the following steps in the correct chronological sequence to handle this grievance adhering strictly to administrative due process and workplace governance principles.

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Answer

The correct chronological order is: Acknowledge receipt and conduct preliminary scrutiny → Forward allegations to the respondent for a written response → Constitute an independent inquiry committee to examine evidence → Issue a reasoned administrative order based on the committee report → Establish post-decision compliance and anti-retaliation monitoring.
In public administration, handling workplace grievances mandates strict adherence to procedural due process and the principles of natural justice. The sequence must begin with formal acknowledgment and preliminary verification of prima facie merit. Following this, natural justice requires informing the officer against whom allegations are made and seeking their response. Only after initial pleadings are recorded can an independent inquiry committee be constituted to conduct fact-finding hearings. The findings of this committee form the empirical basis for the competent authority to issue a reasoned administrative order. Finally, administrative governance requires follow-up monitoring to ensure compliance and prevent future retaliation against the aggrieved subordinate.

Step-by-Step Solution

1
Preliminary Scrutiny & Documentation
Receipt is formally acknowledged, establishing administrative record and confirming prima facie validity.
Administrative procedure requires formal recording and validation before escalating matters.
2
Notice & Subordinate Representation
Respondent supervisor receives allegations and submits a defense statement.
Natural justice demands giving the accused officer notice of charges and an opportunity to respond.
3
Fact-Finding & Evidence Examination
The inquiry committee holds hearings, examines appraisals/documents, and compiles a comprehensive report.
Objective decision-making requires unbiased compilation of facts and testimonies.
4
Adjudication & Order Issuance
Competent authority evaluates findings and issues a formal binding administrative order.
Administrative accountability requires executive action based strictly on evidence.
5
Post-Order Oversight
Implementation is verified and safeguards against victimization are instituted.
Ensures sustainable grievance redressal and long-term organizational health.

Key Concept

Due Process and Chronological Workflow in Workplace Grievance Redressal
Question 278Question →

Arrange the following historical milestones in the architectural and cultural heritage of Southern India in correct chronological order from earliest to latest:

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Answer

The correct chronological sequence from earliest to latest is: Pallava Shore Temple construction at Mamallapuram (early 8th century CE), followed by the Chola Brihadisvara Temple consecration at Thanjavur (1010 CE), followed by the composition of 'Amuktamalyada' by Krishnadevaraya (early 16th century CE), and finally the Madurai Nayak temple expansions under Thirumalai Nayak (mid-17th century CE).
The correct order follows the historical succession of ruling dynasties in South Indian regional heritage: Pallavas (early 8th century) → Imperial Cholas (early 11th century) → Vijayanagara Empire (early 16th century) → Madurai Nayaks (mid-17th century).

Step-by-Step Solution

1
Determine the date of the Pallava architectural achievements at Mamallapuram.
Narasimhavarman II (Rajasimha) ruled in the late 7th and early 8th century CE, with the Shore Temple constructed around 700–728 CE.
This places Pallava structural architecture at the beginning of the timeline among the given items.
2
Identify the timeline of Chola imperial architecture in Thanjavur.
Rajaraja I completed the Brihadisvara Temple in 1010 CE.
The imperial Chola period post-dates the Pallava classical phase.
3
Establish the period of Vijayanagara literary and cultural patronages.
Krishnadevaraya ruled from 1509 to 1529 CE and authored the 'Amuktamalyada' around 1515–1520 CE.
The Vijayanagara golden era succeeded the Chola period.
4
Locate the Madurai Nayak architectural additions in the chronological sequence.
Thirumalai Nayak ruled Madurai from 1623 to 1659 CE, initiating major structural additions to the Meenakshi temple complex.
The Nayak dynasty ruled as successor states after the disintegration of the main Vijayanagara central power.

Key Concept

Chronological evolution of South Indian state cultural heritage, patron dynasties, and temple architectural styles.
Question 279Question →

Arrange the following major international environmental conventions and protocols in chronological order of their adoption, from the earliest to the latest:

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Answer

The correct chronological sequence of adoption from earliest to latest is: Ramsar Convention (1971) → Montreal Protocol (1987) → Kyoto Protocol (1997) → Minamata Convention on Mercury (2013).
The correct sequence arranges the treaties according to their official adoption dates: Ramsar Convention (1971), Montreal Protocol (1987), Kyoto Protocol (1997), and Minamata Convention on Mercury (2013).

Step-by-Step Solution

1
Determine the adoption year for each international treaty
Ramsar Convention: 1971; Montreal Protocol: 1987; Kyoto Protocol: 1997; Minamata Convention: 2013.
Identifying exact adoption dates is essential for accurate historical sequencing.
2
Sort the treaties chronologically by year of adoption
1971 (Ramsar) comes before 1987 (Montreal), followed by 1997 (Kyoto), and lastly 2013 (Minamata).
Arranging the years in ascending numerical order yields the correct temporal progression.

Key Concept

Chronological Timeline of Key Environmental Conventions and Protocols
Estimated Time:1m 30s
Question 280Question →

Arrange the following historic temple monuments of Odisha in chronological order of their original construction, from the earliest to the latest:

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Answer

The correct chronological order of construction from earliest to latest is: Parasuramesvara Temple, Bhubaneswar (c. 7th century CE) → Mukteshvara Temple, Bhubaneswar (c. 10th century CE) → Lingaraja Temple, Bhubaneswar (c. 11th century CE) → Sun Temple, Konark (c. 13th century CE).
The correct sequence tracks the architectural evolution of the Kalinga style in Odisha across successive ruling dynasties: Parasuramesvara Temple (7th century CE, Sailodbhava dynasty) represents the early phase; Mukteshvara Temple (10th century CE, Somavamshi dynasty) represents the transitional phase; Lingaraja Temple (11th century CE, Somavamshi dynasty) represents the mature phase; and the Sun Temple at Konark (13th century CE, Eastern Ganga dynasty) represents the climax.

Step-by-Step Solution

1
Determine the construction era of Parasuramesvara Temple.
Built around 650 CE during the Sailodbhava dynasty rule, making it one of the oldest surviving Kalinga-style temples in Odisha.
Establishes the early baseline phase of temple architecture in Bhubaneswar.
2
Determine the construction era of Mukteshvara Temple.
Built around 950–975 CE during the Somavamshi period, often described as the 'gem of Odisha architecture'.
Marks the transitional phase bridging early structures with classic mature Kalinga design.
3
Determine the construction era of Lingaraja Temple.
Built during the 11th century CE (c. 1025–1065 CE) primarily by King Jajati Keshari of the Somavamshi dynasty.
Represents the grand culmination of the Somavamshi phase and full Pancharatha plan.
4
Determine the construction era of Sun Temple at Konark.
Built in the mid-13th century CE (c. 1250 CE) under King Narasimhadeva I of the Eastern Ganga dynasty.
Marks the culmination and final monumental scale of Kalinga architecture before decline.

Key Concept

Chronological evolution of Kalinga temple architecture under various ruling dynasties of Odisha
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