INDIAN BANKING RADAR (IBR) - IBPS AFO MAINS INTELLIGENCE MOCK

🔥 PLATINUM SERIES 2.0 | VOL. 183

📅 29 SEPTEMBER 2026 | TUESDAY

🎯 TARGET: IBPS AFO • AGRICULTURE OFFICER • NABARD • RRB

🧠 20 MCQs | 20 MARKS | 15 MINUTES

❌ NEGATIVE MARKING: 0.25 MARK FOR EACH WRONG ANSWER

🔥 IBR PROFESSIONAL APPROACH:

FACT → SCIENCE → FIELD APPLICATION → ECONOMICS → RISK → CREDIT DECISION → EXAM TRAP

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🔥 TODAY'S PROFESSIONAL FOCUS

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🌱 Soil Health & Nutrient Management

💧 Irrigation & Water-Use Efficiency

🌾 Agronomy & Cropping Systems

🌿 Weed Management & IPM

🦠 Plant Pathology

🧬 Genetics, Breeding & Seed Science

🥛 Dairy Production & Nutrition

🐔 Poultry Management

🐟 Fisheries & Aquaculture

🍎 Post-Harvest Management

🚜 Farm Management & Mechanisation

📊 Agricultural Economics

💰 Agricultural Finance & Credit Risk

🧠 Current Agriculture Intelligence

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🔥 SECTION A — PROFESSIONAL INTELLIGENCE TEST

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Q1. A farmer applies nitrogen repeatedly at high rates, but crop response remains poor. Soil-test results indicate adequate nitrogen availability. Which factor should the Agriculture Officer investigate first:

A. Seed colour alone

B. Soil pH, root-zone condition, nutrient balance and nutrient-use efficiency

C. Market price of the crop

D. Size of the farmer's landholding

E. Number of farm implements owned

Q2. A rainfed farmer faces declining soil moisture during a prolonged dry spell. Which practice can most directly improve soil-moisture conservation:

A. Increase inter-row evaporation

B. Increase unnecessary tillage operations

C. Maintain suitable soil cover and adopt appropriate moisture-conservation practices such as mulching

D. Remove all crop residues immediately

E. Increase irrigation frequency where no irrigation source exists

Q3. A cereal crop is grown continuously in the same field and incidence of a soil-borne disease is increasing. Which intervention can help interrupt the disease cycle:

A. Suitable crop rotation involving non-host crops

B. Increasing nitrogen application every season

C. Increasing seed rate

D. Delaying harvest

E. Increasing irrigation frequency

Q4. A weed infestation is causing significant yield loss during a particular stage of crop growth because weeds compete strongly for water, nutrients and light. Which concept is most relevant:

A. Seed dormancy

B. Critical period of crop-weed competition

C. Harvest index

D. Physiological maturity

E. Vernalisation

Q5. A pest population is detected in a crop, but field monitoring shows that it remains below the economic threshold level. What is the most appropriate IPM response:

A. Apply a broad-spectrum insecticide immediately

B. Double the recommended pesticide dose

C. Continue systematic monitoring and intervene when economically justified

D. Spray at fixed weekly intervals

E. Eliminate all insects irrespective of their role

Q6. A fungal disease repeatedly develops under prolonged leaf wetness and high humidity. Which component of the disease triangle can be most directly modified through improved canopy ventilation and irrigation management:

A. Host genotype only

B. Pathogen genetics only

C. Environment

D. Seed colour

E. Market demand

Q7. A breeder selects superior plants from a genetically variable population and advances desirable individuals for subsequent generations. Which breeding process is involved:

A. Selection

B. Vernalisation

C. Seed dormancy

D. Photoperiodism

E. Mutation pressure

Q8. A seed lot has high genetic purity but poor germination percentage. Which statement is most accurate:

A. Genetic purity and germination represent the same seed-quality attribute

B. High genetic purity automatically guarantees high germination

C. Genetic purity and physiological quality are distinct seed-quality attributes

D. Germination percentage determines varietal identity alone

E. Physical purity makes germination testing unnecessary

Q9. A dairy farmer provides adequate feed quantity, but the ration is deficient in energy and protein relative to the animals' production level. What is the most likely consequence:

A. Milk production must increase because feed quantity is adequate

B. Nutritional imbalance can limit production despite adequate feed quantity

C. Protein has no significant role in milk production

D. Energy deficiency improves feed conversion

E. Water intake becomes irrelevant

Q10. A poultry unit records increased mortality and respiratory problems after overcrowding and inadequate ventilation. Which intervention should receive priority:

A. Increase stocking density further

B. Reduce ventilation to retain heat

C. Improve ventilation, stocking density, hygiene and disease-prevention measures

D. Increase feed quantity without investigating the cause

E. Stop mortality recording

Q11. A fish pond shows high ammonia, declining dissolved oxygen and excessive organic matter accumulation. Which management response is most appropriate:

A. Increase feeding

B. Increase stocking density

C. Improve aeration, control organic loading and monitor water-quality parameters

D. Stop water-quality testing

E. Reduce dissolved oxygen further

Q12. A highly perishable fruit is being transported over a long distance. Which post-harvest intervention is most important for maintaining quality:

A. Appropriate temperature management and an uninterrupted cold chain where required

B. Exposure to direct sunlight

C. Rough handling during loading

D. Delayed sorting and grading

E. Ignoring commodity-specific humidity requirements

Q13. A farmer owns a tractor that is used for only a few days each year, while depreciation, interest and maintenance costs remain substantial. Which option may improve economic efficiency:

A. Purchase another tractor

B. Ignore fixed costs because the tractor is already owned

C. Use custom hiring or shared machinery where economically suitable

D. Increase the tractor's idle time

E. Replace all fixed costs with variable costs

Q14. A farm enterprise has gross revenue of ₹18 lakh, variable costs of ₹10 lakh and fixed operating costs of ₹4 lakh. What is the operating surplus before interest and principal repayment:

A. ₹2 lakh

B. ₹4 lakh

C. ₹6 lakh

D. ₹8 lakh

E. ₹14 lakh

Q15. A farm has fixed costs of ₹6 lakh and a contribution of ₹1,500 per unit of output. What is the break-even output:

A. 2,000 units

B. 3,000 units

C. 4,000 units

D. 4,500 units

E. 6,000 units

Q16. A dairy expansion proposal shows attractive gross revenue but depends heavily on purchased feed, has volatile milk prices and involves substantial debt servicing. Which appraisal is most appropriate:

A. Compare only gross revenue

B. Consider technical feasibility, feed costs, projected cash flows, price risk and debt-servicing capacity

C. Ignore feed costs because dairy is an allied activity

D. Approve because collateral is adequate

E. Assume milk prices will remain unchanged

Q17. A farmer seeks institutional credit for a rainfed crop in an area experiencing prolonged rainfall deficiency. Which combination should receive significant weight in credit appraisal:

A. Only the farmer's land value

B. Only the previous season's yield

C. Water availability, crop suitability, climate risk, insurance and repayment capacity

D. Only the current market price

E. Only the borrower's age

Q18. The Agriculture Ministry's Rabi 2026 planning has emphasised water budgeting, soil moisture assessment and greater promotion of relatively less water-intensive crops such as pulses and oilseeds in water-constrained areas. Which farm-level decision best reflects this approach:

A. Select the crop solely on the basis of last year's market price

B. Choose a water-intensive crop regardless of irrigation availability

C. Match crop choice with available water, soil moisture and local agro-climatic conditions

D. Increase fertiliser application to compensate for inadequate water

E. Delay crop planning until after sowing begins

Q19. During the Rabi 2026 campaign, the Agriculture Ministry highlighted inadequate Kisan Credit Card coverage in some areas and called for faster completion of Farmer ID and AgriStack work. For an Agriculture Officer, which interpretation is most appropriate:

A. Digital farmer identification is relevant only for crop insurance

B. KCC coverage and Farmer ID can support timely institutional credit and more efficient delivery of agricultural schemes

C. Farmer ID eliminates the need for credit appraisal

D. KCC is intended only for large farmers

E. AgriStack replaces all agricultural banking procedures

Q20. For Kharif Marketing Season 2026–27, the MSP for common paddy is ₹2,441 per quintal. A farmer produces 80 quintals and sells the entire quantity at exactly this price. What is the gross value of the produce:

A. ₹1,95,280

B. ₹1,85,280

C. ₹1,75,280

D. ₹2,05,280

E. ₹2,15,280

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🔑 ANSWER KEY

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Q1.B

Q2.C

Q3.A

Q4.B

Q5.C

Q6.C

Q7.A

Q8.C

Q9.B

Q10.C

Q11.C

Q12.A

Q13.C

Q14.B

Q15.C

Q16.B

Q17.C

Q18.C

Q19.B

Q20.A

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🧮 QUICK CALCULATION CHECK

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Q14

Operating surplus

= Gross Revenue − Variable Costs − Fixed Operating Costs

= ₹18 lakh − ₹10 lakh − ₹4 lakh

= ₹4 lakh → B

Q15

Break-even output

= Fixed Cost ÷ Contribution per Unit

= ₹6,00,000 ÷ ₹1,500

= 4,000 units → C

Q20

Gross value

= Quantity × MSP

= 80 × ₹2,441

= ₹1,95,280 → A

The official 2026–27 Kharif MSP for common paddy is ₹2,441/quintal.

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🧠 AFO PROFESSIONAL CONCEPT CAPSULE

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🌱 1. NUTRIENT-USE EFFICIENCY

Good crop nutrition depends on:

RIGHT SOURCE + RIGHT DOSE + RIGHT TIME + RIGHT PLACE + SOIL CONDITION + CROP DEMAND

🎯 MORE FERTILISER ≠ MORE YIELD

💧 2. SOIL-MOISTURE MANAGEMENT

Mulching, suitable residue management and conservation practices can reduce unproductive water loss and improve soil-moisture retention.

🎯 SOIL COVER → MOISTURE CONSERVATION

🌾 3. CROP ROTATION

Suitable rotation with non-host crops can interrupt pest and disease cycles.

🎯 ROTATION → BIOLOGICAL BREAK

🌿 4. WEED MANAGEMENT

The critical period of crop-weed competition is the stage when weeds can cause significant yield reduction.

🎯 WEED CONTROL → TIMING MATTERS

🦠 5. DISEASE TRIANGLE

Disease development depends on:

HOST + PATHOGEN + ENVIRONMENT

🎯 MODIFY THE ENVIRONMENT → REDUCE DISEASE FAVOURABILITY

🧬 6. PLANT BREEDING

Selection involves identifying desirable individuals from a variable population and advancing them according to the breeding objective.

🎯 VARIABILITY → SELECTION → ADVANCEMENT

🌱 7. SEED QUALITY

GENETIC PURITY ≠ PHYSICAL PURITY ≠ GERMINATION ≠ VIGOUR

🥛 8. DAIRY NUTRITION

Productivity depends on balanced:

ENERGY + PROTEIN + FIBRE + MINERALS + VITAMINS + WATER

🐔 9. POULTRY MANAGEMENT

BIOSECURITY + VENTILATION + STOCKING DENSITY + HYGIENE + VACCINATION + NUTRITION

🐟 10. AQUACULTURE

Key parameters:

DISSOLVED OXYGEN + AMMONIA + pH + TEMPERATURE + ORGANIC LOAD + STOCKING DENSITY

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📊 SELF-ASSESSMENT

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🔥 18–20 → EXCELLENT PROFESSIONAL COMMAND

💪 15–17 → STRONG — REFINE WEAK AREAS

📚 12–14 → GOOD — TARGETED REVISION REQUIRED

🎯 BELOW 12 → STRENGTHEN CORE CONCEPTS

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🚀 IBR PREMIUM — PREPARE DIFFERENTLY

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🌐 INDIAN BANKING RADAR

Banking • Agriculture • Economy • Exam Intelligence

📘 IBPS AFO • PO • RRB • NABARD

Concepts + Current Affairs + Professional Application

💎 IBR PREMIUM

Advanced Mocks • Regulatory Briefs • Current Affairs • Professional Knowledge

▶️ IBR YOUTUBE

Short, focused Banking & Agriculture exam revision

🔥 READ • PRACTISE • ANALYSE • REVISE • IMPROVE

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🌾 IBR AFO MAINS MANTRA

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DON'T JUST REMEMBER THE FACT.

UNDERSTAND THE SCIENCE.

UNDERSTAND THE FARMER.

ASSESS THE RESOURCES.

CALCULATE THE CASH FLOW.

IDENTIFY THE RISK.

THINK LIKE AN AFO.

🌾 INDIAN BANKING RADAR (IBR)

🎯 READ SMART • THINK AGRICULTURE • ANALYSE LIKE AN AFO • ANSWER INTELLIGENTLY