Take your time to read instructions before taking this test.

There are 40 questions which you are to answer in 15 minutes that gives you roughly 30 seconds per question.

If you can get at least 60%, you can be rest assured that you’ll ace AGR 104 exam

In a normal exam you will be asked between 40 – 60 questions but I only arranged 40 questions

Note

Do not be in a hurry to answer the questions
Do not waste time on a question you don’t know
Move as fast as possible and starting with questions that don’t have calculation first to save time
Always crosscheck
Don’t be in a hurry to submit, you are not in a competition
Don’t be scared. Getting an A is easy
Don’t be over confident, you can end up a D, E or F. Calm your blood, no be only you sabi book
Please do well to use our comment box incase there’s a message you want to pass to us

70 – 100 A

60 – 69 B

50 – 59 C

45 – 49 D

40 – 44 E

0 – 39 F

I wish you success

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AGR 104

1 / 40

1. Disruptive innovation in agri-tech is driven by

A. Autonomous systems and robotics

B. Typewriters

C. Chalkboards

D. Analog radio

2 / 40

2. Technological lock-in leads to

A. Increased farmer choice

B. Widespread innovation

C. Monopoly power in agri-tech

D. Reduced digital use

3 / 40

3. International collaboration enhances

A. Cross-border tech solutions

B. Internal competition

C. Local labor shortages

D. Inflation rates

4 / 40

4. Farmers benefit from

A. Exclusive corporate control

B. Lack of connectivity

C. Clear data ownership rights

D. Non-regulated data access

5 / 40

5. "Privacy by design" supports

A. Hiding technology features

B. Export limitations

C. Embedding privacy in systems

D. Ignoring user needs

6 / 40

6. Labor displacement is frequently caused by

A. Crop rotation

B. Cloud seeding

C. Robotic technologies

D. Manual seed planting

7 / 40

7. Digital technologies in rural areas frequently result in

A. Greater digital divide

B. Reduced data collection

C. Elimination of governance

D. Equal income distribution

8 / 40

8. Smart farming integrates

A. Fossil fuel dependence

B. IoT and AI technologies

C. Manual irrigation

D. Traditional labor-only models

9 / 40

9. Climate-smart agriculture encourages

A. Deforestation

B. Pollution increase

C. Resilience to climate impacts

D. Ignorance of weather patterns

10 / 40

10. Transparency by agri-tech companies improves

A. Stakeholder trust

B. Export tariffs

C. Fuel consumption

D. Data misuse

11 / 40

11. Data sovereignty promotes

A. Universal access without limits

B. Local control over information

C. Open source databases

D. International data ownership

12 / 40

12. Inclusive technology adoption requires

A. Addressing equity barriers

B. Marginalizing rural communities

C. Reducing internet access

D. Ignoring smallholders

13 / 40

13. Blockchain enables

A. Insecure databases

B. Transparent transactions

C. Food duplication

D. Crop mutation

14 / 40

14. Climate adaptation in agriculture involves

A. Use of ICT to track changes

B. Migration bans

C. Increased carbon output

D. Use of renewable data centers

15 / 40

15. Data governance frameworks focus on

A. Balancing innovation and protection

B. Tax evasion

C. Ignoring user rights

D. Centralizing decisions

16 / 40

16. Use of ICT in agriculture raises concerns about

A. Data privacy and ownership

B. Food flavor enhancement

C. Taxation methods

D. Digital marketing costs

17 / 40

17. Traceability in food safety improves

A. Source identification

B. Obsolete farming

C. Disease outbreaks

D. Manual bookkeeping

18 / 40

18. Socio-technical systems emphasize interaction between

A. Technology and culture

B. Physics and weather

C. Biology and chemistry

D. Economics and art

19 / 40

19. Rural digital divide increases due to

A. Higher investment rates

B. Urban migration

C. Equal internet coverage

D. Lack of infrastructure and digital literacy

20 / 40

20. Food sovereignty is impacted by

A. Crop diversity loss

B. Soil fertility rise

C. Lower productivity

D. Export price control

21 / 40

21. ICT adoption may disrupt

A. Traditional labor patterns

B. Farming weather

C. Export duties

D. Transportation systems

22 / 40

22. Job displacement is common due to

A. Insect infestations

B. Automation and AI

C. Weather fluctuations

D. Skill shortages

23 / 40

23. Increased automation in agriculture often leads to

A. Reduced use of technology

B. Displacement of manual workers

C. Decrease in productivity

D. Job creation for unskilled labor

24 / 40

24. Data-driven farming requires

A. High-quality sensors

B. Restriction of information

C. Uncoordinated systems

D. Verbal reports

25 / 40

25. Surveillance on farms may occur through

A. In-person auditing

B. GPS tracking systems

C. AI writing tools

D. Blockchain

26 / 40

26. Targeted marketing using farm data can

A. Promote privacy rights

B. Influence farmer decisions

C. Encourage equal pricing

D. Restrict consumer demand

27 / 40

27. Effective ICT regulation includes

A. Single-vendor policies

B. Cross-sector harmonization

C. No public input

D. Inflexible rules

28 / 40

28. Tracking technologies on farms may affect

A. Rainfall patterns

B. Farmer privacy rights

C. Weather accuracy

D. Livestock fertility

29 / 40

29. Digital skills training supports

A. Denial of tech access

B. ICT skepticism

C. Adoption and adaptability

D. Isolation of farmers

30 / 40

30. Sustainable agriculture practices often use

A. Monoculture

B. Vertical farming

C. Plastic-based pesticides

D. Fossil fuel-based irrigation

31 / 40

31. Farmer-centered design focuses on

A. Local needs and usability

B. Corporate profits

C. Internet speed tests

D. Crop patents

32 / 40

32. Gender inequality in agriculture can be worsened by

A. Export price control

B. Rural digitization programs

C. Rural digitization programs

D. Unequal access to ICT tools

33 / 40

33. Food systems benefit from

A. Limited data access

B. Manual-only operations

C. No monitoring

D. Traceable supply chains

34 / 40

34. Digital inclusion in rural policy must address

A. Road construction

B. Community access to internet

C. International tariffs

D. Mining licenses

35 / 40

35. Education on ICT privacy strengthens

A. Food import control

B. Digital security awareness

C. Forest clearing policies

D. National currency value

36 / 40

36. Digital transformation in agriculture is also called

A. Sustainable Fossil Policy

B. Agriculture 4.0

C. Farming 2.0

D. Smart Earth Movement

37 / 40

37. Precision agriculture contributes to

A. Reducing biodiversity intentionally

B. Increased resource optimization

C. Limiting food access

D. Decreased efficiency

38 / 40

38. Policies for ICT must support

A. Exclusive global partnerships

B. Inclusive innovation

C. Local monopolies

D. Short-term solutions

39 / 40

39. Effective governance in ICT agriculture requires

A. No farmer involvement

B. Clear data policies

C. Ignoring environmental concerns

D. Minimal regulations

40 / 40

40. Digital agriculture enhances

A. Food distribution efficiency

B. Human dependency

C. Waterlogging

D. Soil erosion

Your score is

The average score is 42%

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