SSC GD 2026 29 May 2026 Shift 3 GK Questions – with answers & solutions

Correct Answer: President of India — Option (a)
The President of India decides the number of judges in a High Court. About Article 216: Title: Constitution of High Courts; Part VI — The States; Chapter V — The High Courts in the States; Content: Every High Court shall consist of a Chief Justice and such other Judges as the President may from time to time deem it necessary to appoint; Key Points: The President decides BOTH the appointment AND the number of High Court judges; The President acts on the advice of the Council of Ministers (in practice); Consultation for appointment: Article 217 requires the President to consult: The Chief Justice of India (CJI), The Governor of the State, The Chief Justice of the High Court (for judges other than CJ); The number of judges is NOT fixed — it can be increased or decreased as the President deems fit based on judicial workload; This gives the executive (President) the power to determine the sanctioned strength of each High Court; About Indian High Courts: India currently has 25 High Courts; Article 214: There shall be a High Court for each State; Article 215: Every High Court shall be a court of record; Article 216: Constitution of High Courts (President decides judges); Article 217: Appointment and conditions of office of a Judge of High Court; Article 218: Application of certain provisions relating to Supreme Court to High Courts; Article 226: Power of High Courts to issue writs (broader than Supreme Court); Sanctioned strength vs. actual working strength: Sanctioned strength: Set by President (currently several thousand posts across all HCs); Actual working strength: Often lower — many vacancies exist leading to judicial backlog.
Option (b) Parliament — Incorrect: Parliament does NOT decide the number of judges in a High Court; Article 216 clearly vests this power in the President of India; Parliament can legislate on judicial matters but does not determine the judge strength of individual High Courts; the President has the constitutional authority to determine the number of judges 'from time to time.'
Option (c) Chief Justice of India — Incorrect: The Chief Justice of India does NOT decide the number of judges in a High Court; the CJI is only consulted during the appointment process (Article 217); the actual power to decide the number of judges in a High Court is vested in the President of India under Article 216.
Option (d) Governor of the State — Incorrect: The Governor of the State does NOT decide the number of judges in a High Court; the Governor is consulted for the appointment of High Court judges (Article 217) but does not have the power to determine their number; the power to decide the number of judges in a High Court belongs to the President of India under Article 216.

Correct Answer: Fazl Ali Commission — Option (b)
The Fazl Ali Commission (States Reorganisation Commission) recommended the creation/ reorganisation of states on a linguistic basis. About the Fazl Ali Commission: Official name: States Reorganisation Commission (SRC); Chairman: Justice Syed Fazl Ali; Other members: H.N. Kunzru and K.M. Panikkar; Appointed: 1953; Report submitted: October 1955; Recommendation: Reorganisation of states along linguistic lines; Outcome: States Reorganisation Act, 1956 — the biggest reorganisation of Indian states; Background: After independence, Potti Sriramulu's fast unto death (1952) and his subsequent death led to the creation of Andhra Pradesh (1953) as a separate Telugu-speaking state; This triggered demands for linguistic states across India; A formal commission was needed; States Reorganisation Act, 1956: Reduced states to 14 and union territories to 6; Major changes: New states created on linguistic basis; Tamil Nadu (Madras), Karnataka (Mysore), Kerala, etc. were reorganized; About other commissions: Rajamannar Commission (1969): Appointed by Tamil Nadu government; recommended greater financial autonomy for states; NOT about linguistic reorganisation ; Punchhi Commission (2007): On Centre-State relations; NOT about linguistic reorganisation ; Sarkaria Commission (1983): On Centre-State financial and administrative relations; NOT about linguistic reorganisation ; Historical significance: The demand for linguistic states had been a part of Congress's agenda since the pre-independence period (Nagpur session 1920); Jawaharlal Nehru was initially opposed to linguistic states but ultimately accepted them.
Option (a) Rajamannar Commission — Incorrect: The Rajamannar Commission was NOT the commission that recommended creation of states on a linguistic basis; it was appointed by the Tamil Nadu state government in 1969 (chaired by Chief Justice P.V. Rajamannar) to examine Centre-State financial relations and recommend greater autonomy for states; the commission that recommended linguistic reorganisation was the Fazl Ali Commission (1955).
Option (c) Punchhi Commission — Incorrect: The Punchhi Commission was NOT the commission that recommended creation of states on a linguistic basis; it was appointed in 2007 by the Union Government (chaired by former Chief Justice of India M.M. Punchhi ) to review Centre-State relations; the commission that recommended linguistic reorganisation of states was the Fazl Ali Commission (States Reorganisation Commission, 1955).
Option (d) Sarkaria Commission — Incorrect: The Sarkaria Commission was NOT the commission that recommended creation of states on a linguistic basis; it was set up in 1983 (chaired by Justice R.S. Sarkaria) to examine and review Centre-State relations (financial, legislative, and administrative); the commission that recommended linguistic reorganisation was the Fazl Ali Commission (1955).

Correct Answer: Punjab — Option (c)
Bhangra originated in the Punjab region of India. About Bhangra: Origin: Punjab region (primarily the Majha area of Punjab, around Sialkot in present-day Pakistan and Gurdaspur in India); Type: Traditional folk dance and music; Historical context: Originally performed by male farmers during the Baisakhi harvest festival to celebrate the wheat harvest; Baisakhi (Vaisakhi): Celebrated in April — marks the harvest of the Rabi (spring) crop; Bhangra was the celebratory dance of farmers; Characteristics: Energetic, vigorous dance form with jumping and kicking; Accompanied by the dhol (large cylindrical drum) and instruments like chimta , algoza , tumbi, sarangi; Traditional costumes: Men wear colorful kurta, lungi or tehmat (shorts), phummans (tassels) on turban; Women's version ( Giddha ) involves clapping and singing boliyan (couplets); Evolution: From a seasonal harvest folk dance, Bhangra became a popular cultural expression; Now performed at weddings, festivals, and social gatherings; Bhangra music has evolved into a popular genre globally; Notable areas of Bhangra culture: Punjab (both Indian Punjab and Pakistani Punjab); Bhangra diaspora: Performed by Punjabi communities worldwide (UK, Canada, USA); Academic recognition: Bhangra competitions held in colleges and universities; About Punjab: Located in northwestern India; Capital: Chandigarh; Known as the 'Granary of India'; Home to many folk traditions: Bhangra, Giddha , Julli , Sammi; Vaisakhi festival is of great significance here.
Option (a) Rajasthan — Incorrect: Bhangra did NOT originate in Rajasthan; Bhangra originated in Punjab; Rajasthan has its own rich folk dance traditions including Ghoomar (performed by women), Kalbeliya (snake charmer dance), Kachhi Ghodi, Chari, and Terah Taali; these are distinctly Rajasthani dances unrelated to Bhangra.
Option (b) Gujarat — Incorrect: Bhangra did NOT originate in Gujarat; it originated in Punjab; Gujarat has its own famous folk dances — Garba (performed during Navratri) and Dandiya Raas (stick dance) — which are closely associated with Gujarat; Bhangra is a distinctly Punjabi folk dance.
Option (d) Maharashtra — Incorrect: Bhangra did NOT originate in Maharashtra; it originated in Punjab; Maharashtra has its own folk dance traditions including Lavani (known for its fast rhythm and percussion), Tamasha, Koli dance, Povada , and Gondhal ; Bhangra is distinctly associated with Punjab's farming culture and harvest celebrations.

Correct Answer: Phanishwar Nath Renu — Option (b)
The author of 'Maila Aanchal' is Phanishwar Nath Renu. About Maila Aanchal: Title meaning: 'The Soiled Border' (Aanchal = the decorative border of a sari; Maila = soiled/dirty); Language: Hindi; Published: 1954; Author: Phanishwar Nath Renu; Genre: Novel ( Aaanchalik upanyas — regional novel); Setting: A fictional village called Maryganj in the Purnea district of Bihar (now in Jharkhand/Bihar border area); Plot: Life of a doctor (Prashant) who comes to work in a remote village; Depicts the socio-economic conditions of rural Bihar — poverty, exploitation, caste discrimination, political corruption, post-independence reality; Themes: Rural life, caste system, social injustice, nationalism vs. reality, love and relationships; Significance: Considered a masterpiece of modern Hindi literature; Launched the genre of ' Aanchalik ' (regional) fiction in Hindi literature; Gave voice to the marginalized communities of rural Bihar; About Phanishwar Nath Renu (1921-1977): Born: March 4, 1921 in Aurahi Hingna , Araria, Bihar; Pen name: Renu; Education: Studied in Nepal during the Rana regime; Active in the anti-Rana revolution in Nepal (1950); Participated in the JP Movement (1974-75) led by Jayaprakash Narayan; Other major works: Maila Aanchal (1954), Parti Parikatha (1957), Dil Ka Doctor, Teesri Kasam (short story, 1944) — basis of the 1966 film Teesri Kasam (Raj Kapoor, Waheeda Rehman); Padma Shri awardee (declined); Padma Shri awarded in 1970.
Option (a) Yashpal — Incorrect: Yashpal is NOT the author of 'Maila Aanchal'; Yashpal (1903-1976) was a prominent Hindi novelist known for works like Jhoota Sach (a two-part novel on Partition), Divya, Dada Comrade, and Manushya Ke Roop; 'Maila Aanchal' was written by Phanishwar Nath Renu (1954).
Option (c) Bhisham Sahni — Incorrect: Bhisham Sahni is NOT the author of 'Maila Aanchal'; Bhisham Sahni (1915-2003) was a famous Hindi writer known for his novel 'Tamas' (about the Partition of India, 1947), later made into a famous TV serial; 'Maila Aanchal' was written by Phanishwar Nath Renu (1954).
Option (d) Munshi Premchand — Incorrect: Munshi Premchand (1880-1936) is NOT the author of 'Maila Aanchal'; Premchand was the greatest writer of Hindi and Urdu fiction, known for Godan , Nirmala, Gaban, Sevasadan , Rangbhoomi , and hundreds of short stories ( Kafan , Poos Ki Raat, etc.); 'Maila Aanchal' was written by Phanishwar Nath Renu in 1954 — 18 years after Premchand's death in 1936.

Correct Answer: 2001 — Option (c)
Pullela Gopichand won the All-England Open Badminton Championships in 2001. About Pullela Gopichand: Full name: Pullela Gopichand; Born: November 16, 1973, Nagandla , Andhra Pradesh; Profession: Former Indian badminton player, now national coach; All England Championship win: 2001 — Men's Singles title; He defeated Peter Gade (Denmark) in the final; Significance: He was the SECOND Indian to win the All England title (after Prakash Padukone in 1980); 21 years after Prakash Padukone, Gopichand repeated the feat; About the All England Open Badminton Championships: One of the oldest and most prestigious badminton tournaments in the world; Considered the 'Wimbledon of Badminton'; First held: 1899 (making it over 125 years old); Indians who won All England: Prakash Padukone: 1980 (Men's Singles); Pullela Gopichand: 2001 (Men's Singles); P.V. Sindhu, Saina Nehwal, Kidambi Srikanth have NOT won the All England title; Gopichand as a coach: India's chief national badminton coach; Has coached many champions: Saina Nehwal, P.V. Sindhu, Kidambi Srikanth; P.V. Sindhu won Olympic Silver (2016), Gold (2019 World Championships), Bronze (2020 Tokyo Olympics) under his coaching; Awards: Arjuna Award (1999); Rajiv Gandhi Khel Ratna (2001); Padma Shri (2001); Padma Bhushan (2014); Dronacharya Award (2009 — as coach).
Option (a) 1999 — Incorrect: Pullela Gopichand did NOT win the All England Open Badminton Championships in 1999; in 1999, he won the Arjuna Award; his All England victory came in 2001; in 1999, Peter Gade (Denmark) was among the dominant players on the circuit.
Option (b) 2000 — Incorrect: Pullela Gopichand did NOT win the All England Open Badminton Championships in 2000; the year 2000 saw the Sydney Olympics where Gopichand reached the quarterfinals; his All England victory came in 2001.
Option (d) 2003 — Incorrect: Pullela Gopichand did NOT win the All England Open Badminton Championships in 2003; by 2003 he had already won the title (in 2001); due to a knee injury, his playing career was affected after 2001; the candidate incorrectly selected 2003. The correct year is 2001.

Correct Answer: 5 — Option (b)
In Olympic-style boxing, 5 judges score the bout. About Olympic Boxing Judging: Number of judges: 5 judges; Positioning: Each judge sits at a different location around the ring to get different angles; Scoring system: 10-point must system (like professional boxing); Winner of each round gets 10 points; Loser gets 9 or fewer points; Judges score each round independently; Final decision: After all rounds, the judge tallies their scores; In a split or majority decision, the judges' scores are compared; Advantages of 5 judges: Reduces bias of a single judge; Different viewpoints around the ring; Majority verdicts carry more weight; History of Olympic boxing judging controversies: Pre-2016: Used computerized scoring with 5 judges (points scored only when 3+ judges pressed their button within 1 second); This system was criticized and led to many controversies; Post-2016 (Rio onwards): Returned to traditional punch-counting with 3 judges (then revised); For 2024 Paris Olympics: 5 judges on the 10-point must system were used; IBA (International Boxing Association) rules: Bouts scored by 5 judges; Note: The exact number can vary depending on the specific competition rules and era; for the standard Olympic format, 5 judges score the bout; About Olympic Boxing: Men's boxing has been an Olympic sport since 1904 (St. Louis); Women's boxing was added in 2012 (London Olympics); Categories by weight class; IBA (International Boxing Association) governs international amateur boxing.
Option (a) 3 — Incorrect: An Olympic-style boxing bout is NOT scored by 3 judges; it is scored by 5 judges; while some formats of boxing use 3 judges (like in some professional boxing variants and certain amateur configurations), the standard Olympic-style boxing bout uses 5 judges who score independently from different positions around the ring. The candidate incorrectly selected this option.
Option (c) 4 — Incorrect: An Olympic-style boxing bout is NOT scored by 4 judges; 4 is not a standard number for boxing judges at any level; the correct number of judges for an Olympic-style boxing bout is 5; having an even number of judges could potentially cause tied results, which is why an odd number (5) is preferred.
Option (d) 2 — Incorrect: An Olympic-style boxing bout is NOT scored by 2 judges; 2 judges would be insufficient to provide a fair and balanced assessment from multiple viewpoints around the ring; the correct number of judges for an Olympic-style boxing bout is 5, who sit at different positions around the ring.

Correct Answer: 5 stages — Option (d)
The ASLV (Augmented Satellite Launch Vehicle) had 5 stages. About ASLV: Full name: Augmented Satellite Launch Vehicle; Developer: ISRO (Indian Space Research Organisation ); Type: 5-stage solid propellant rocket; ASLV stages: Stage 0: Two strap-on solid rocket motors (used as boosters at ignition); Stage 1: Core solid motor; Stage 2: Solid motor; Stage 3: Solid motor; Stage 4: Solid motor; Total: 5 stages (counting strap- ons as Stage 0, plus 4 core stages); Purpose: To develop technologies for future launch vehicles; Bridge between SLV-3 (capable of 40 kg LEO payload) and PSLV; Could carry 150 kg to Low Earth Orbit (LEO); History and performance: ASLV-D1 (March 1987): FAILURE — vehicle veered off course; ASLV-D2 (July 1988): FAILURE — fairing did not separate; ASLV-D3 (May 1992): SUCCESS — placed SROSS-C in orbit (150 kg); ASLV-D4 (May 1994): SUCCESS — placed SROSS-C2 in orbit; Out of 4 launches: 2 successes, 2 failures; Note: ASLV was retired after 4 launches; PSLV (which followed) has been far more successful; Comparison of ISRO launch vehicles: SLV-3 (4 stages, solid): 40 kg to LEO; ASLV (5 stages, all solid): 150 kg to LEO; PSLV (4 stages, alternating solid and liquid): 3,800 kg to LEO; GSLV Mk III / LVM3 (3 stages): 10,000 kg to LEO; Technologies developed during ASLV: Strap-on technology, Closed-loop guidance, Bulbous heat shield, High speed computers.
Option (a) 2 — Incorrect: The ASLV did NOT have only 2 stages; it had 5 stages (including two strap-on boosters as Stage 0 plus 4 core stages); 2 stages would describe a very simple rocket configuration — not the ASLV which was designed to test multiple staging technologies for future vehicles. The candidate incorrectly selected this option.
Option (b) 3 — Incorrect: The ASLV did NOT have 3 stages; it had 5 stages; 3 stages describes some other vehicles (like the GSLV Mk III/LVM3 has 3 stages — two solid strap- ons + liquid core + cryogenic upper stage); ASLV was a 5-stage all solid propellant vehicle.
Option (c) 4 — Incorrect: The ASLV did NOT have 4 stages; it had 5 stages; 4 stages describes the PSLV (Polar Satellite Launch Vehicle) which has 4 alternating solid and liquid stages (PS1-PS4); ASLV had 5 stages — Stage 0 (two strap-on solid motors) + Stages 1, 2, 3, 4 (core solid stages).

Correct Answer: 7 — Option (d)
There are 28 hurdle jumps and 7 water jumps in the 3000 metres steeplechase event. About 3000 Metres Steeplechase: Total distance: 3000 metres ; Total obstacles: 35 (28 hurdle jumps + 7 water jumps); Structure of the race: Each full lap has 5 obstacles: 4 hurdles + 1 water jump; Total laps: 7 complete laps with obstacles (plus a partial first lap with no water jump); Total obstacles = 7 laps × 5 obstacles = 35; Of these 35: 28 are hurdles (fixed barriers); 7 are water jumps (barriers with water pit); Note: In the first lap of the race, athletes start partway around the track before the water jump — the first partial lap has hurdles but no water jump; then 7 complete laps each have 4 hurdles + 1 water jump; About Steeplechase Obstacles: Hurdles: Fixed (do not fall when hit); Height: 91.4 cm for men, 76.2 cm for women; Placed at fixed positions on the track; Water jump: A barrier with a pit of water on the landing side; The athlete jumps over the barrier and (ideally) runs through the shallow end of the water; The water pit is 3.66 m long and 70 cm deep at the barrier; About Steeplechase in athletics: An Olympic track and field event; Men's event since 1900 Olympics (3000m since 1920); Women's 3000m steeplechase added at 2008 Beijing Olympics; Famous Indian steeplechasers: Avinash Sable (Indian record holder, competed in Paris Olympics 2024); World record holders: Lamech Birgen, Conseslus Kipruto, etc.
Option (a) 4 — Incorrect: There are NOT 4 water jumps in the 3000 metres steeplechase; there are 7 water jumps; 4 might be confused with the number of hurdles per lap (4 hurdles + 1 water jump per lap = 5 obstacles per lap × 7 laps); the total water jumps are 7 (one per lap × 7 laps).
Option (b) 5 — Incorrect: There are NOT 5 water jumps in the 3000 metres steeplechase; there are 7 water jumps; 5 is the total number of OBSTACLES per lap (4 hurdles + 1 water jump), not the total number of water jumps; with 7 laps, there are 7 water jumps in total.
Option (c) 6 — Incorrect: There are NOT 6 water jumps in the 3000 metres steeplechase; there are 7 water jumps; the race consists of 7 complete laps (with obstacles), each having 1 water jump, for a total of 7 water jumps; the total number of obstacles is 35 (28 hurdles + 7 water jumps).

Correct Answer: The objects have different masses — Option (c)
Action and reaction forces produce unequal accelerations because the objects they act on have different masses. About Newton's Third Law: Statement: For every action, there is an equal and opposite reaction; Key feature: Action and reaction forces are: Equal in magnitude, Opposite in direction, Act on DIFFERENT objects (this is crucial); Example: When you push a wall: Action: You push the wall (force on wall); Reaction: Wall pushes back on you (force on you); Both forces are equal and opposite; BUT accelerations are different because masses are different; Mathematical explanation: Newton's Second Law: F = ma → a = F/m; If same force F acts on object 1 (mass m₁) and object 2 (mass m₂): Acceleration of object 1: a₁ = F/m₁; Acceleration of object 2: a₂ = F/m₂; If m₁ ≠ m₂, then a₁ ≠ a₂; Classic example — Gun firing a bullet: Action: Gun pushes bullet forward; Reaction: Bullet pushes gun backward (recoil); Same force in magnitude — but bullet (very small mass) gets HUGE acceleration; Gun (large mass) gets small acceleration (recoil); a_bullet = F/ m_bullet >> a_gun = F/ m_gun (because m_gun >> m_bullet ); Example — Person jumping from a boat: Action: Person pushes backward on boat; Reaction: Boat pushes person forward; Person accelerates forward; Boat moves backward but with much less acceleration (because boat is heavier); Why the other options are wrong: Forces acting on SAME object (a) — FALSE: they act on different objects; Forces in SAME direction (b) — FALSE: they are OPPOSITE in direction; One force stronger (d) — FALSE: they are EQUAL in magnitude.
Option (a) The forces act on the same object — Incorrect: This is fundamentally wrong — action and reaction forces do NOT act on the same object; they act on DIFFERENT objects; if they acted on the same object, they would cancel each other and result in zero net force and zero acceleration; Newton's Third Law explicitly states that action and reaction are on different bodies.
Option (b) The forces are in the same direction — Incorrect: Action and reaction forces are NOT in the same direction — they are OPPOSITE in direction (Newton's Third Law: equal and opposite reaction); if they were in the same direction, the net effect on a system would be doubled force, not zero; the correct reason for unequal accelerations is that the objects have different masses.
Option (d) One force is stronger than the other — Incorrect: By Newton's Third Law, action and reaction forces are EQUAL in magnitude — neither is stronger than the other; the forces are equal and opposite; the reason for unequal accelerations is NOT that one force is stronger, but that the objects on which these equal forces act have DIFFERENT masses (F = ma, so a = F/m).

Correct Answer: The plan failed due to wars and droughts, leading to import dependence — Option (a)
The Third Five-Year Plan (1961-66) failed due to wars and droughts, leading to import dependence. About the Third Five-Year Plan (1961-66): Duration: 1961-66; Architect: Drafted under Planning Commission of India; Main objectives: Self-sustained growth, growth of national income by 5% per annum, self-sufficiency in food grains, expansion of industries; The plan was ambitious — aimed at making India self-reliant; Reasons for failure — THREE major disruptions: (1) China-India War (1962): Indo-China War of 1962 was a massive blow; Huge military expenditure diverted resources; Development activities disrupted; Foreign exchange reserves depleted; (2) India-Pakistan War (1965): Second major conflict disrupted the plan; Again massive military expenditure; Emergency declared; Resources diverted to defense; (3) Severe Droughts (1965-66): Two consecutive years of drought; Massive food shortage; India had to import food grains under PL-480 from USA (ship-to-mouth situation); Consequences: India became heavily import-dependent; Growth rate fell far below target; The economy suffered severely; After the plan ended, three Annual Plans (1966-69) were implemented instead of a 4th Five Year Plan (Plan Holiday) due to economic crisis; Green Revolution: Launched partly in response to this food crisis; The Third Plan is considered one of India's biggest planning failures; It should NOT be confused with: Privatization/liberalization which began in 1991 (8th Plan era); Industrial doubling — this did NOT happen in the 3rd Plan.
Option (b) Industry grew as expected, while agriculture stagnated — Incorrect: This does NOT accurately capture the Third Plan's performance; the Third Plan FAILED — neither industry nor agriculture met targets; the China War (1962) and Pakistan War (1965) disrupted industrial production AND the droughts devastated agriculture; both sectors suffered; the correct characterization is that the plan failed due to wars and droughts, leading to import dependence.
Option (c) Industrial output doubled despite fiscal imbalances — Incorrect: Industrial output did NOT double during the Third Five-Year Plan (1961-66); this is factually wrong; the plan failed due to wars (1962, 1965) and droughts (1965-66); industrial growth fell well below targets; the plan is remembered as a failure, not for any doubling of industrial output.
Option (d) The Plan marked the beginning of privatization and liberalization — Incorrect: The Third Plan (1961-66) did NOT mark the beginning of privatization and liberalization; on the contrary, this was the era of the socialist Nehruvian model with heavy state control; privatization and liberalization began in 1991 (during the 8th Plan) under PM P.V. Narasimha Rao and Finance Minister Manmohan Singh; the Third Plan was a period of central planning and public sector expansion.

Correct Answer: Poverty alleviation and employment generation — Option (c)
The Fifth Five-Year Plan (1974-79) focused on poverty alleviation and employment generation. About the Fifth Five-Year Plan (1974-79): Duration: 1974-1979 (though terminated one year early in 1978 by the Janata government); Drafted by: D.P. Dhar (Chairman of the Planning Commission); Prime Minister during most of the plan: Indira Gandhi; Main objectives: Removal of poverty ( Garibi Hatao), Attainment of self-reliance; Key focus areas: POVERTY ALLEVIATION and EMPLOYMENT GENERATION; Key programs launched: 20-Point Programme (1975): Launched by PM Indira Gandhi during the Emergency (1975-77); Covered: land reforms, abolition of bonded labour , housing for landless, rural workers' wages, agricultural loans, adult education, drinking water, etc.; Minimum Needs Programme (MNP): Ensured minimum social services; Primary health, primary education, drinking water, road connectivity, housing for rural poor; Antyodaya Programme : ' Antya ' = end/lowest, 'Udaya' = rise; Targeting the poorest of the poor; Kisan Credit Card precursor schemes; IRDP (Integrated Rural Development Programme ): Self-employment for rural poor; National Rural Employment Programme (NREP): Wage employment for rural poor; About the Emergency (1975-77): PM Indira Gandhi declared Emergency in 1975; The Fifth Plan operated during this period; After 1977 elections, the Janata Party came to power under Morarji Desai and terminated the Fifth Plan early in 1978; The Sixth Plan started in 1980 (after Indira Gandhi returned to power).
Option (a) Trade liberalization — Incorrect: Trade liberalization was NOT the focus of the Fifth Five-Year Plan (1974-79); India's economy during this period was heavily controlled with strong import restrictions, licensing, and protectionism; trade liberalization began in 1991 with the LPG (Liberalization, Privatization, Globalization) reforms under PM Narasimha Rao; the Fifth Plan focused on poverty alleviation and employment generation.
Option (b) Export-oriented growth — Incorrect: Export-oriented growth was NOT the primary focus of the Fifth Five-Year Plan (1974-79); India's economy in the 1970s was largely inward-looking with emphasis on import substitution rather than export promotion; export-oriented policies were more prominent in later periods; the Fifth Plan focused on poverty alleviation ( Garibi Hatao) and employment generation.
Option (d) Industrialization only — Incorrect: The Fifth Five-Year Plan did NOT focus exclusively on industrialization; in fact, the primary focus was on POVERTY ALLEVIATION and EMPLOYMENT GENERATION (particularly for rural poor); the Second Plan (1956-61) gave the greatest emphasis to heavy industrialization ( Mahalanobis Model); the Fifth Plan's theme was removing poverty and generating employment through programs like the 20-Point Programme and Minimum Needs Programme .

Correct Answer: Atal Bhujal Yojana — Option (c)
Atal Bhujal Yojana promotes the rational use of groundwater through community participation. About Atal Bhujal Yojana (Atal Jal): Official name: Atal Bhujal Yojana (also called Atal Jal); Launched: December 25, 2019 (birth anniversary of Atal Bihari Vajpayee); Launched by: PM Narendra Modi; Nodal Ministry: Ministry of Jal Shakti; Implementation support: World Bank-assisted scheme; Budget: Rs. 6000 crore (50% World Bank loan, 50% Central Government); Duration: 2020-21 to 2024-25 (5 years); Objective: Sustainable management of groundwater resources through community participation; Key features: COMMUNITY PARTICIPATION: Gram Panchayats play a central role in water budgeting and planning; Water Security Plans (WSP) prepared at village level; Demand-side management: Focus on reducing groundwater extraction through better water use efficiency; Coverage: 7 states with over-exploited/stressed groundwater — Gujarat, Haryana, Karnataka, Madhya Pradesh, Maharashtra, Rajasthan, Uttar Pradesh; 78 districts, 8,350 Gram Panchayats; Key strategies: Water user associations; Crop diversification to less water-intensive crops; Drip irrigation promotion; Rainwater harvesting; Awareness campaigns; Named after: Atal Bihari Vajpayee (former PM); About other options: PM Kisan Samman Nidhi: Income support of Rs 6000/year to farmers; Jal Jeevan Mission: Tap water to every rural household (supply-side); Atal Pension Yojana: Pension scheme for unorganized sector workers.
Option (a) Pradhan Mantri Kisan Samman Nidhi — Incorrect: PM Kisan Samman Nidhi (PM-KISAN) does NOT promote rational use of groundwater; it is an income support scheme that provides Rs 6,000 per year (in three equal installments of Rs 2,000) to small and marginal farmers; it has nothing to do with groundwater management; the scheme for rational groundwater use through community participation is Atal Bhujal Yojana. The candidate incorrectly selected this option.
Option (b) Jal Jeevan Mission — Incorrect: Jal Jeevan Mission (JJM) does NOT specifically focus on rational groundwater use through community participation; JJM focuses on providing tap water supply to every rural household (supply-side intervention for drinking water); while it includes some water source sustainability components, its primary goal is household tap water connections; Atal Bhujal Yojana is specifically designed for rational groundwater management through community participation.
Option (d) Atal Pension Yojana — Incorrect: Atal Pension Yojana (APY) has NO connection with groundwater management; it is a pension scheme launched in 2015 for unorganized sector workers; it provides a guaranteed monthly pension of Rs 1,000-5,000 after the age of 60 years; the scheme for rational groundwater use through community participation is Atal Bhujal Yojana.

Correct Answer: National Action for Mechanized Sanitation Ecosystem — Option (a)
NAMASTE stands for National Action for Mechanized Sanitation Ecosystem. About NAMASTE Scheme: Full form: National Action for Mechanized Sanitation Ecosystem; Launched: 2022-23; Implementing ministries: Ministry of Housing and Urban Affairs ( MoHUA ) AND Ministry of Social Justice and Empowerment (jointly); Objective: Eliminate manual scavenging in India by mechanizing sanitation work; Ensure safety and dignity of sanitation workers (Safai Mitras); Provide alternative livelihoods; Promote use of mechanized tools for hazardous sanitation cleaning; Key features: Identification: Identify all sanitation workers (Safai Mitras) involved in hazardous cleaning; PPE kits: Provide Personal Protective Equipment to all sanitation workers; Occupational Safety: Ensure no manual entry into sewers/septic tanks; Mechanization: Replace manual cleaning with machines (suction machines, jet machines); Self-employment: Support sanitation workers to own sanitation services enterprises; Capital subsidy: Up to Rs 5 lakh for purchasing sanitation equipment; Insurance: Provide Ayushman Bharat health coverage to sanitation workers; Background: Manual scavenging has been illegal in India since 1993 (amended 2013 — Prohibition of Employment as Manual Scavengers and their Rehabilitation Act, 2013); Despite prohibition, manual scavenging continues — NAMASTE aims to eliminate it through mechanization; NAMASTE is implemented in 500 AMRUT cities; Data: Around 58,000 sanitation workers identified in 2022-23 in NAMASTE cities.
Option (b) New Authority for Mechanized Service Ecosystem — Incorrect: This is NOT the correct full form of NAMASTE; NAMASTE stands for 'National Action for Mechanized Sanitation Ecosystem'; 'New Authority for Mechanized Service Ecosystem' is incorrect on multiple counts — 'New' instead of 'National', 'Authority' instead of 'Action', 'Service' instead of 'Sanitation'; the candidate incorrectly selected this option.
Option (c) New Action for Mechanized Sanitation Ecosystem — Incorrect: This is NOT the correct full form of NAMASTE; the word 'New' in option (c) is incorrect — the 'N' in NAMASTE stands for 'National' (NOT 'New'); and 'A' stands for 'Action' (this part is correct), 'M' for 'Mechanized' (correct), 'A' for... wait — the correct full form is 'National Action for Mechanized Sanitation Ecosystem'; the 'N' must stand for National, not New.
Option (d) National Authority for Mechanized Service Ecosystem — Incorrect: This is NOT the correct full form of NAMASTE; in this option, 'Authority' is incorrect — the 'A' in NAMASTE stands for 'Action' (not 'Authority'); and 'Service' is incorrect — the 'S' in NAMASTE stands for 'Sanitation' (not 'Service'); the correct full form is 'National Action for Mechanized Sanitation Ecosystem.'

Correct Answer: 23 crores — Option (b)
The elderly population (60 years and above) in India is projected to increase to 23 crore by 2036. About Population Projections: Source: Report of the Technical Group on Population Projections constituted by the National Commission on Population (NCP), Government of India; Key projection: The population of older ages (60 years and above) in India is projected to increase from about 10.4 crore (2011 Census) to approximately 23 crore by 2036; This represents a significant increase — more than doubling in 25 years; About India's Ageing Population: Demographic transition: India is going through demographic transition — declining fertility rates and increasing life expectancy; Life expectancy at birth in India: Has increased from 37 years (1947) to approximately 70 years (2023); Total Fertility Rate (TFR): Has declined from 6.0 (1950) to approximately 2.0 (2020-21); India is among the first developing nations to achieve below-replacement TFR in recent data; Elderly population data: 2011 Census: 10.38 crore elderly (8.6% of population); 2021 (projected): ~14 crore; 2036 (projected): ~23 crore; 2050 (projected): ~34 crore; Implications: Increasing demand for geriatric healthcare; Need for senior citizen welfare schemes — Atal Pension Yojana, Pradhan Mantri Vaya Vandana Yojana, SAGE ( Seniorcare Ageing Growth Engine); Need for long-term care infrastructure; Government response: National Programme for Health Care of Elderly (NPHCE); Rashtriya Vayoshri Yojana — assistive devices for elderly poor; Senior Citizens Savings Scheme (SCSS).
Option (a) 15 crores — Incorrect: The projected elderly population (60+) in India in 2036 is NOT 15 crore ; 15 crore would be an underestimate; as per the Technical Group on Population Projections, the elderly population is projected to reach approximately 23 crore by 2036; this represents a massive increase from the approximately 10 crore elderly in 2011.
Option (c) 31 crores — Incorrect: The projected elderly population (60+) in India in 2036 is NOT 31 crore ; 31 crore would be the projection for a later period (around 2050); as per the Technical Group on Population Projections, the figure for 2036 is approximately 23 crore ; 31 crore is too high for the 2036 projection.
Option (d) 35 crores — Incorrect: The projected elderly population (60+) in India in 2036 is NOT 35 crore ; this figure is far too high for the 2036 projection; as per the Technical Group on Population Projections, the elderly population is projected to reach approximately 23 crore by 2036; 35 crore would go beyond even the 2050 projections for elderly population.

Correct Answer: Vertebral column — Option (b)
The spinal cord is protected by the Vertebral column (backbone/spine). About the Vertebral Column: Also known as: Backbone, Spine, Spinal column; Structure: Made up of 33 individual bones called vertebrae; Vertebral formula in humans: Cervical (neck) — 7 vertebrae (C1-C7); Thoracic (chest) — 12 vertebrae (T1-T12); Lumbar (lower back) — 5 vertebrae (L1-L5); Sacral — 5 fused vertebrae = sacrum; Coccygeal — 4 fused vertebrae = coccyx (tailbone); Total: 33 bones (26 in adults as sacral and coccygeal fuse); Protection of spinal cord: The vertebrae form a bony tunnel called the vertebral canal (spinal canal); The spinal cord runs through this canal; The bony vertebrae protect the delicate spinal cord from injury; Additional protection by: Meninges (three membranes: dura mater, arachnoid mater, pia mater); Cerebrospinal fluid (CSF) — acts as shock absorber; About the spinal cord: Part of the Central Nervous System (CNS); Extends from the brainstem (medulla oblongata) down to L1-L2 vertebral level (in adults); Functions: Conducts nerve signals between brain and body; Controls reflex actions; Contains 31 pairs of spinal nerves; About brain protection: Brain is protected by the skull (cranium); NOT by the vertebral column; About ribs: Ribs protect the heart and lungs (thoracic organs); NOT the spinal cord; About cerebellum and pons: These are PARTS OF THE BRAIN — they are brain structures, not protective structures; Cerebellum: Controls balance, coordination; Pons: Controls breathing, sleep, swallowing.
Option (a) Ribs — Incorrect: Ribs do NOT protect the spinal cord; ribs protect the organs of the thoracic cavity — specifically the heart and lungs; the spinal cord is protected by the vertebral column (backbone); while some thoracic vertebrae do articulate with ribs, the ribs themselves are not the protective structure for the spinal cord.
Option (c) Cerebellum — Incorrect: The cerebellum is NOT a protective structure for the spinal cord; it is a PART OF THE BRAIN located in the posterior cranial fossa; the cerebellum is responsible for coordination of movement, balance, and fine motor control; it is itself protected by the skull; the spinal cord is protected by the vertebral column. The candidate incorrectly selected this option.
Option (d) Pons — Incorrect: The Pons is NOT a protective structure for the spinal cord; it is a PART OF THE BRAINSTEM located between the medulla oblongata and the midbrain; the pons is involved in breathing, sleeping, swallowing, bladder control, hearing, equilibrium, taste, and eye movement; it is itself protected by the skull; the spinal cord is protected by the vertebral column.

Correct Answer: Rs 5 lakh — Option (b)
Under the AB PM-JAY expansion, senior citizens within already-covered families receive an additional top-up cover of Rs 5 lakh per year. About AB PM-JAY Expansion for Senior Citizens: Announcement: September 2024, by PM Narendra Modi (as a gift to the nation on his birthday, coinciding with the 6th anniversary of Ayushman Bharat PM-JAY); Scheme name: Ayushman Bharat Pradhan Mantri Jan Arogya Yojana (AB PM-JAY); Expansion: Extended to ALL citizens aged 70 years and above regardless of income; Two categories of senior citizens: (1) Senior citizens (70+) in families ALREADY covered by AB PM-JAY: Will receive an ADDITIONAL TOP-UP cover of Rs 5 lakh per year; This is OVER AND ABOVE the existing family cover; The top-up cannot be used by other family members; (2) Senior citizens (70+) in families NOT covered by AB PM-JAY: Will get a fresh annual cover of Rs 5 lakh per year; About AB PM-JAY: Launched: September 23, 2018; Type: Health insurance/assurance scheme; Coverage: Rs 5 lakh per family per year for secondary and tertiary hospitalization; Beneficiaries: Bottom 40% of India's population (based on SECC 2011 data) — approximately 50 crore people; Number of beneficiaries after expansion: Additional 4.5 crore senior citizens added; Total beneficiaries: Approximately 55 crore; Nodal Ministry: Ministry of Health and Family Welfare; Implementation: National Health Authority (NHA); AB PM-JAY is cashless and paperless at empaneled hospitals.
Option (a) Rs 2.5 lakh — Incorrect: The additional top-up cover under AB PM-JAY expansion for senior citizens in already-covered families is NOT Rs 2.5 lakh; it is Rs 5 lakh per year; Rs 2.5 lakh is half the actual amount; the Government announced Rs 5 lakh as the additional top-up for senior citizens (70 years and above) in families already covered under AB PM-JAY. The candidate incorrectly selected this option.
Option (c) Rs 7.5 lakh — Incorrect: The additional top-up cover is NOT Rs 7.5 lakh; it is Rs 5 lakh per year; Rs 7.5 lakh is the incorrect amount; the standard AB PM-JAY cover is Rs 5 lakh per family per year, and the additional top-up for senior citizens is also Rs 5 lakh (matching the existing cover amount), bringing their total potential cover to Rs 10 lakh per year.
Option (d) Rs 10 lakh — Incorrect: The additional top-up cover is NOT Rs 10 lakh per year; the top-up is Rs 5 lakh per year; however, Rs 10 lakh would be the TOTAL potential coverage for senior citizens in already-covered families (existing Rs 5 lakh family cover + Rs 5 lakh top-up = Rs 10 lakh), but the question asks for the top-up amount specifically, which is Rs 5 lakh.

Correct Answer: Iron — Option (b)
Iron is commonly referred to as the 'key metal of industrial development.' About Iron: Chemical symbol: Fe (from Latin 'Ferrum'); One of the most abundant metals in the Earth's crust (4th most abundant element by mass); Why 'key metal of industrial development': Iron (in the form of steel) is the BACKBONE of modern industrial civilization; Used in virtually every aspect of industrial development; Applications: Construction: Buildings, bridges, dams, railways, roads; Manufacturing: Machines, tools, engines, turbines; Transportation: Ships, railways, automobiles, aircraft structures; Infrastructure: Power lines, pipelines, structures; Defence : Weapons, vehicles, ships; Iron ore deposits in India: India has approximately 8% of world iron ore reserves; Major deposits: Odisha (largest reserves), Jharkhand ( Singhbhum ), Chhattisgarh ( Bailadila ), Karnataka (Bellary- Hospet ), Goa; Major iron-producing states: Odisha, Jharkhand, Chhattisgarh, Karnataka; India is among the top 5 iron ore producers in the world; Historical significance: The Iron Age (beginning around 1200 BCE) marked a revolutionary change in human civilization; Iron tools enabled agricultural expansion and industrial progress; About Steel: Iron + Carbon (and other elements) = Steel; Steel is essential for modern infrastructure; India is the 2nd largest crude steel producer in the world; About Iron ore types: Magnetite (highest iron content ~72%), Hematite (most commonly mined, ~70% Fe), Limonite, Siderite.
Option (a) Copper — Incorrect: Copper is NOT specifically called the 'key metal of industrial development'; copper is called the 'metal of electrical civilization' or 'metal of electrical industry' because of its excellent electrical conductivity; while copper is crucial for electrical wiring and electronics, Iron is the metal specifically referred to as the 'key metal of industrial development' due to its massive role in construction, manufacturing, and infrastructure.
Option (c) Aluminum — Incorrect: Aluminum is NOT specifically called the 'key metal of industrial development'; aluminum is sometimes called the 'metal of the future' or 'metal of the air age' because of its lightweight properties used in aircraft and aerospace; while aluminum is important for many industries, Iron is the metal specifically referred to as the 'key metal of industrial development.'
Option (d) Manganese — Incorrect: Manganese is NOT specifically called the 'key metal of industrial development'; manganese is important as an alloy element in steel production (making steel harder and stronger) and is called a 'ferro-alloy mineral'; while it supports iron and steel production, Iron itself is the metal specifically referred to as the 'key metal of industrial development.'

Correct Answer: Vakataka dynasty — Option (c)
Rudrasena II was a ruler of the Vakataka dynasty. About Rudrasena II and the Vakataka Dynasty: Rudrasena II: A Vakataka king who ruled in the 4th century CE; He was the son of Prithvisena I; Important for his matrimonial alliance with the Gupta dynasty; He married Prabhavatigupta, daughter of Chandragupta II (Vikramaditya) of the Gupta dynasty; This alliance cemented the political bond between the Vakatakas (who controlled the Deccan) and the Guptas (who dominated North India); Prabhavatigupta later became a regent and ruled in the name of her minor sons after Rudrasena II's death; About the Vakataka Dynasty: Period: 3rd to 5th century CE (approximately 250-550 CE); Region: Central India and the northern Deccan Plateau; Modern areas: Parts of Maharashtra, Madhya Pradesh, Chhattisgarh, Andhra Pradesh, Telangana; Capital: Nandivardhana (also Vatsagulma in some records); Religion: Shaivism (primarily, though they patronized Buddhism and Jainism too); Most famous for: Being the patrons of the Ajanta Cave paintings (the finest examples of ancient Indian Buddhist art); The Ajanta Caves (especially Phase II paintings, 5th century CE) were executed under Vakataka patronage; The Ajanta Caves (UNESCO World Heritage Site) contain paintings from both phases — Buddhist and later Hindu; About the Nanda dynasty: Ruled before Mauryas ; Mahapadma Nanda, Dhana Nanda; About Maurya dynasty: Chandragupta Maurya, Bindusara, Ashoka; About Gurjar- Pratihar : 8th-10th century CE, northwestern India.
Option (a) Nanda dynasty — Incorrect: Rudrasena II was NOT a ruler of the Nanda dynasty; the Nanda dynasty was an ancient Indian dynasty that ruled in the 4th century BCE (before Alexander's invasion); the Nanda kings were Mahapadma Nanda and his sons; the Nanda dynasty was overthrown by Chandragupta Maurya around 321 BCE; Rudrasena II belonged to the Vakataka dynasty which flourished in the 3rd-5th century CE.
Option (b) Maurya dynasty — Incorrect: Rudrasena II was NOT a ruler of the Maurya dynasty; the Maurya dynasty (321-185 BCE) was founded by Chandragupta Maurya; famous Maurya rulers include Chandragupta Maurya, Bindusara, and Ashoka; the Maurya dynasty ended with Brihadratha who was assassinated by Pushyamitra Shunga in 185 BCE; Rudrasena II belonged to the Vakataka dynasty which came much later (4th-5th century CE).
Option (d) Gurjar- Pratihar dynasty — Incorrect: Rudrasena II was NOT a ruler of the Gurjar- Pratihar dynasty; the Gurjar- Pratihar dynasty ruled in north-western India (Rajasthan, Gujarat, UP) from approximately the 6th to 11th century CE; their most famous king was Mihira Bhoja (9th century CE); Rudrasena II belonged to the Vakataka dynasty of the Deccan region (4th century CE).

Correct Answer: C. Rajagopalachari — Option (a)
C. Rajagopalachari (Chakravarti Rajagopalachari) became the first INDIAN Governor-General of independent India. About C. Rajagopalachari as Governor-General: Full name: Chakravarti Rajagopalachari; Affectionately called: Rajaji or C.R.; Tenure as Governor-General: June 21, 1948 to January 26, 1950; He was the FIRST INDIAN to hold the office of Governor-General of India; He was also the LAST Governor-General of India (the office ceased to exist when India became a Republic on January 26, 1950); Background: Lord Mountbatten was the first Governor-General of independent India (August 15, 1947 — June 21, 1948) — but he was British; When Mountbatten left, Rajagopalachari became the Governor-General; About C. Rajagopalachari: Born: December 10, 1878 in Salem, Tamil Nadu; Died: December 25, 1972; Role in Independence movement: Close associate of Mahatma Gandhi; Advocated the C.R. Formula (1944) for Hindu-Muslim unity; First Governor of West Bengal (1947-48); Chief Minister of Madras (1952-54); Founded the Swatantra Party (1959) — a right-wing party opposing Nehru's socialist policies; Awards: Bharat Ratna (1954 — among the first recipients); Distinguished jurist, author, and politician; Wrote the Tamil version of the Mahabharata and Ramayana; Note: Rajendra Prasad was the first President of India (from January 26, 1950); Jawaharlal Nehru was the first Prime Minister; Vallabh Bhai Patel was the first Deputy Prime Minister; None of them served as Governor-General.
Option (b) Vallabh Bhai Patel — Incorrect: Vallabh Bhai Patel was NOT the first Indian Governor-General of India; Sardar Vallabh Bhai Patel was the first Deputy Prime Minister and first Home Minister of India; he was the 'Iron Man of India' who integrated 562+ princely states into the Indian Union; he never held the position of Governor-General; C. Rajagopalachari was the first Indian Governor-General.
Option (c) Rajendra Prasad — Incorrect: Rajendra Prasad was NOT the first Indian Governor-General of India; he was India's FIRST PRESIDENT (from January 26, 1950 to May 14, 1962 — served two terms); the office of Governor-General was replaced by the President when India became a Republic on January 26, 1950; C. Rajagopalachari was the first (and last) Indian Governor-General.
Option (d) Jawaharlal Nehru — Incorrect: Jawaharlal Nehru was NOT the first Indian Governor-General of India; he was India's FIRST Prime Minister (from August 15, 1947 to May 27, 1964); the Prime Minister and Governor-General are different constitutional positions; C. Rajagopalachari was the first Indian Governor-General (June 21, 1948 to January 26, 1950).

Correct Answer: Japan — Option (d)
Japan is NOT in the top 5 of the Global Firepower Index 2025. About Global Firepower Index 2025 — Top 5: The Global Firepower (GFP) Index ranks countries by military strength based on over 60 factors including military manpower, equipment, natural resources, finances, and geography; Top 5 in Global Firepower Index 2025: Rank 1: United States of America (USA); Rank 2: Russia; Rank 3: China; Rank 4: India; Rank 5: South Korea; Countries in the question: India — Rank 4 (IS in top 5); China — Rank 3 (IS in top 5); South Korea — Rank 5 (IS in top 5); Japan — Rank 7 (NOT in top 5); About Japan's military: Japan's self-defence forces are capable but the country's pacifist constitution (Article 9) has historically limited military expansion; Japan's military is known as the JSDF (Japan Self- Defence Forces); Japan spends significantly on defence but is ranked 7th (not top 5) in GFP 2025; In 2024-25, Japan significantly increased its defence budget; Countries ranked 6th and below (GFP 2025 approximate ranking): Rank 6: United Kingdom; Rank 7: Japan; Rank 8: Türkiye; Rank 9: Pakistan; Rank 10: Italy; About India's military strength (Rank 4): Active personnel: ~1.4 million; Reserve personnel: ~1.1 million; Tanks: ~4,600; Combat aircraft: ~600+; Naval assets: Aircraft carriers, submarines, destroyers; Nuclear capability: Yes.
Option (a) India — Incorrect: India IS in the top 5 of the Global Firepower Index 2025; India ranks 4th in the Global Firepower Index 2025; India has one of the largest and most capable armed forces in the world with approximately 1.4 million active military personnel; India is NOT the correct answer to 'which is NOT in the top 5.'
Option (b) China — Incorrect: China IS in the top 5 of the Global Firepower Index 2025; China ranks 3rd in the Global Firepower Index 2025; China has the world's largest standing army (approximately 2 million active personnel) and a rapidly modernizing military; China is NOT the correct answer to 'which is NOT in the top 5.'
Option (c) South Korea — Incorrect: South Korea IS in the top 5 of the Global Firepower Index 2025; South Korea ranks 5th in the Global Firepower Index 2025; despite its relatively small size, South Korea maintains a powerful military due to the security situation with North Korea; South Korea has advanced military technology and a large defense industry. The candidate incorrectly selected South Korea as NOT in the top 5.