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

🔥 PLATINUM SERIES 2.0 | VOL. 182

📅 28 SEPTEMBER 2026 | MONDAY

🎯 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 Mechanisation

📊 Farm Economics

💰 Agricultural Finance & Cash Flow

🏦 Agri-Credit Risk Management

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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, while soil-test results indicate adequate nitrogen availability. Which factor should the Agriculture Officer examine first:

A. Seed colour alone

B. Number of farm implements owned

C. Nutrient-use efficiency, soil conditions, crop requirement and application timing

D. Market price of the crop

E. Size of the farmer's landholding

Q2. A farmer cultivating a crop under limited irrigation wants to improve water productivity. Which practice is most appropriate:

A. Apply irrigation at fixed intervals irrespective of crop condition

B. Increase irrigation depth at every application

C. Irrigate only after visible severe wilting

D. Match irrigation timing and quantity with crop stage, soil moisture and water requirement

E. Maintain continuous flooding irrespective of crop and soil type

Q3. A farmer grows a cereal crop continuously on the same field and observes increasing incidence of a soil-borne disease. Which intervention can help break the disease cycle:

A. Suitable crop rotation with non-host crops and integrated disease management

B. Increase seed rate every season

C. Apply nitrogen at progressively higher rates

D. Irrigate more frequently

E. Harvest the crop later than normal

Q4. A farmer notices weeds emerging soon after crop establishment and wants to minimise yield loss. Which principle is most important in deciding the timing of weed management:

A. Weed control is required only after crop maturity

B. Weed management should focus on the crop's critical period of weed competition

C. All weeds should be controlled only before sowing

D. Weed density has no relationship with crop yield

E. Herbicide application should always be delayed until harvest

Q5. An insect pest population remains below the economic threshold level in a crop. What is the most appropriate IPM approach:

A. Apply insecticide immediately to eliminate every insect

B. Double the pesticide dose as a preventive measure

C. Ignore field monitoring until harvest

D. Spray a broad-spectrum insecticide at weekly intervals

E. Continue monitoring and intervene when economically justified

Q6. A fungal pathogen survives in crop residues and causes disease in the following season. Which management practice can directly reduce the pathogen's carry-over inoculum:

A. Increasing plant population

B. Delaying irrigation

C. Increasing nitrogen application

D. Proper residue and field sanitation combined with other suitable disease-management practices

E. Increasing seed size

Q7. A breeder selects plants showing superior performance and uses them as parents for subsequent generations. Which breeding process involves selection of desirable individuals from a variable population:

A. Selection

B. Mutation pressure

C. Seed dormancy

D. Vernalisation

E. Hybrid seed certification

Q8. A certified seed lot has high genetic purity but poor germination percentage. Which distinction is most relevant:

A. Genetic purity and germination are identical characteristics

B. Genetic purity guarantees high vigour under all conditions

C. Genetic identity and physiological quality are separate seed-quality attributes

D. Germination percentage determines only varietal identity

E. Physical purity eliminates the need for germination testing

Q9. A dairy farmer feeds animals with adequate quantity of roughage but the ration is deficient in energy and protein. What is the likely consequence:

A. Milk production will necessarily increase

B. Balanced nutrition is unnecessary for high-producing animals

C. Feed quantity alone determines productivity

D. Nutritional imbalance can limit production despite adequate feed quantity

E. Water intake becomes irrelevant

Q10. A poultry farmer observes poor growth, uneven flock performance and increased mortality after inadequate biosecurity measures. Which intervention should receive priority:

A. Increase stocking density

B. Strengthen biosecurity, hygiene, vaccination and disease-prevention practices

C. Reduce ventilation

D. Increase feed without investigating disease risk

E. Stop recording mortality

Q11. A fish farmer observes high ammonia concentration in a pond along with excessive organic matter accumulation. Which management response is most appropriate:

A. Increase feeding further

B. Increase stocking density

C. Improve water quality through appropriate aeration, organic-load management and monitoring

D. Stop measuring dissolved oxygen

E. Reduce all water-quality observations

Q12. Fruits harvested for a distant market are highly perishable and show rapid quality deterioration during transport. Which value-chain intervention is most appropriate:

A. Maintain uninterrupted cold-chain/temperature management appropriate to the commodity

B. Increase exposure to direct sunlight

C. Delay sorting until several days after harvest

D. Increase rough handling to accelerate loading

E. Store the produce without considering temperature or humidity

Q13. A farmer owns machinery that remains idle for most of the year and imposes significant maintenance and depreciation costs. Which economic principle is most relevant:

A. Higher ownership always guarantees higher profitability

B. Capital costs should be ignored when machinery is available

C. Machinery utilisation has no effect on farm economics

D. Fixed costs disappear when machinery is not used

E. Custom hiring or shared machinery may improve economic efficiency where individual utilisation is low

Q14. A farm enterprise has gross revenue of ₹15 lakh, variable costs of ₹8 lakh and fixed operating costs of ₹3 lakh. The operating surplus before interest and principal repayment is:

A. ₹4 lakh

B. ₹5 lakh

C. ₹7 lakh

D. ₹10 lakh

E. ₹12 lakh

Q15. A farm has fixed costs of ₹4.80 lakh and contribution of ₹1,200 per unit. Its break-even output is:

A. 400 units

B. 2,400 units

C. 3,600 units

D. 4,000 units

E. 4,800 units

Q16. A farmer has two enterprises with different levels of risk, investment and cash-flow timing. Before recommending expansion of one enterprise, an Agriculture Officer should primarily compare:

A. Only the gross revenue of each enterprise

B. Only the collateral available with the farmer

C. Expected returns, costs, cash flows, risks and resource requirements

D. Only the previous year's selling price

E. Only the size of the landholding

Q17. A borrower seeks a crop loan based on a crop whose production cost is rising while the expected market price is highly volatile. Which credit assessment is most appropriate:

A. Sanction solely on the basis of previous year's price

B. Assess cost of cultivation, yield assumptions, price risk, repayment capacity and contingency measures

C. Ignore price volatility because crop loans are seasonal

D. Increase the loan amount automatically when input costs rise

E. Depend entirely on collateral valuation

Q18. A dairy borrower has adequate land and collateral but the proposed project depends on purchasing expensive feed throughout the year, while projected milk income is insufficient to meet debt obligations. What should the Agriculture Officer conclude:

A. Collateral alone justifies sanction

B. Priority-sector classification eliminates repayment risk

C. Loan size should automatically be increased

D. Technical and financial viability must be reassessed before sanction

E. Cash flow need not be examined for dairy loans

Q19. A farmer in a drought-prone area proposes financing for a water-intensive crop without assured irrigation. Which factor should be given significant weight in credit appraisal:

A. Only the market value of the farmer's land

B. Only the previous season's yield

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

D. Only the borrower's age

E. Only the current market price

Q20. An agricultural project has good projected profitability but depends heavily on one buyer and one commodity price. Which additional risk should the Agriculture Officer specifically evaluate:

A. Market concentration and price risk affecting future cash flows

B. Only the colour of the farm machinery

C. Only the size of the farmer's residence

D. Only the number of bank accounts held

E. Only the historical land-registration date

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🔑 ANSWER KEY

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Q1.C

Q2.D

Q3.A

Q4.B

Q5.E

Q6.D

Q7.A

Q8.C

Q9.D

Q10.B

Q11.C

Q12.A

Q13.E

Q14.A

Q15.D

Q16.C

Q17.B

Q18.D

Q19.C

Q20.A

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🧮 QUICK CALCULATION CHECK

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Q14:

Operating surplus = Gross revenue − Variable costs − Fixed operating costs

= ₹15 lakh − ₹8 lakh − ₹3 lakh

= ₹4 lakh → A

Q15:

Break-even output = Fixed Cost ÷ Contribution per unit

= ₹4,80,000 ÷ ₹1,200

= 4,000 units → D

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🧠 AFO PROFESSIONAL CONCEPT CAPSULE

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🌱 1. NUTRIENT-USE EFFICIENCY

Soil test + crop demand + right source + right dose + right timing + right placement → better nutrient-use efficiency.

🎯 MORE INPUT ≠ MORE OUTPUT.

💧 2. WATER PRODUCTIVITY

Crop stage + soil moisture + evapotranspiration + root-zone requirement → irrigation decision.

🌾 3. CROP ROTATION

Rotation can improve soil health and help interrupt pest and disease cycles.

🌿 4. IPM

Monitor → Identify → Assess → Decide → Intervene → Review.

🎯 PEST PRESENCE ≠ AUTOMATIC PESTICIDE APPLICATION.

🦠 5. DISEASE MANAGEMENT

Reduce inoculum + protect the host + modify favourable environmental conditions + use appropriate resistant varieties/chemistry where applicable.

🧬 6. PLANT BREEDING

Selection = identifying and advancing desirable individuals from variable populations.

🌱 7. SEED QUALITY

Genetic purity ≠ physical purity ≠ germination ≠ vigour.

Each represents a different component of seed quality.

🥛 8. DAIRY NUTRITION

Productivity depends on balanced supply of energy, protein, fibre, minerals, vitamins and water.

🐔 9. POULTRY MANAGEMENT

Biosecurity + ventilation + stocking density + hygiene + vaccination + nutrition → flock performance.

🐟 10. AQUACULTURE

DO + ammonia + pH + temperature + organic load + stocking density → water-quality management.

🍎 11. POST-HARVEST MANAGEMENT

Harvest maturity → field handling → pre-cooling → grading → appropriate storage → transport → market.

📊 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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