Chapter 1: Introduction to Agricultural Practices

Complete Exam Question Bank

A. Multiple Choice Questions (MCQs)

1. Work with Life Forms mainly involves working with:
A. Machines and tools
B. Plants and animals
C. Buildings and roads
D. Minerals and metals

2. Agriculture is often called the “mother of all production” because it:
A. Uses only traditional methods
B. Provides food and raw materials for many activities
C. Requires no technology
D. Is limited to crop cultivation

3. Which of the following is an example of an agricultural raw material?
A. Steel
B. Cotton
C. Glass
D. Cement

4. Food security means reliable access to:
A. Expensive food
B. Sufficient, affordable and healthy food
C. Imported food only
D. Processed food only

5. Which of the following is a modern challenge to agriculture?
A. Increase in natural resources
B. Increase in agricultural land
C. Climate change
D. Unlimited water availability

6. Precision farming technologies can help farmers by:
A. Delivering exact amounts of water and fertiliser
B. Eliminating all agricultural work
C. Replacing all farmers
D. Preventing all natural disasters

7. A livelihood ecosystem consists of interconnected:
A. Resources, people, institutions, activities and environmental factors
B. Only farmers and crops
C. Only markets and consumers
D. Only machines and technology

8. Which of the following is NOT mentioned as an agricultural vocation in the chapter?
A. Rooftop gardening
B. Precision farming
C. Mushroom cultivation
D. Automobile manufacturing

9. A crop calendar helps farmers plan:
A. Building construction
B. Planting, maintenance and harvesting
C. Industrial production
D. Road transportation

10. Which crop season is associated with winter crops?
A. Kharif
B. Rabi
C. Zaid
D. Monsoon

11. Which of the following is a Rabi crop?
A. Wheat
B. Rice
C. Cotton
D. Groundnut

12. Which of the following is a Kharif crop?
A. Mustard
B. Gram
C. Rice
D. Peas

13. Which of the following is associated with the Zaid season?
A. Watermelon
B. Wheat
C. Mustard
D. Gram

14. Which organisation provides weather forecasts and Agrotechnological Advisory Services in India?
A. IMD
B. RBI
C. ISRO
D. SEBI

15. Which factor can cause physical damage to crops and soil erosion?
A. Strong winds
B. Low humidity alone
C. Compost
D. Soil testing

16. In Ladakh, irrigation is largely dependent on:
A. Ocean water
B. Glacial meltwater
C. Groundwater only
D. Industrial wastewater

17. Which meteorological parameter is directly associated with evaporation losses?
A. Humidity
B. Wind direction only
C. Crop variety
D. Soil texture

18. A rain gauge is used to measure:
A. Humidity
B. Wind speed
C. Rainfall
D. Soil pH

19. A wind vane is used to identify:
A. Wind direction
B. Rainfall
C. Soil moisture
D. Temperature

20. A dry-wet bulb thermometer can help determine:
A. Soil texture
B. Air temperature and humidity
C. Soil pH
D. Seed quality

21. The dry bulb thermometer indicates:
A. Actual air temperature
B. Soil temperature
C. Rainfall
D. Wind speed

22. The wet bulb thermometer generally shows a lower temperature because of:
A. Condensation
B. Evaporation
C. Freezing
D. Radiation only

23. A small difference between dry-bulb and wet-bulb readings indicates:
A. Dry air
B. Humid air
C. Strong wind
D. Heavy rainfall

24. Soil testing helps determine:
A. Physical, chemical and biological properties
B. Only soil colour
C. Only soil temperature
D. Only crop height

25. Which of the following is a chemical soil-health parameter?
A. Soil texture
B. Water-holding capacity
C. pH
D. Presence of microbes

26. Which of the following is a biological soil-health parameter?
A. Soil texture
B. Presence of microbes
C. pH
D. Water-holding capacity

27. Soil samples should be collected from different spots because:
A. Soil quality can vary within a small area
B. All soil is always identical
C. It increases the amount of fertiliser
D. It changes the soil pH automatically

28. The V-shaped hole used for soil sampling is approximately:
A. 2–5 cm deep
B. 5–10 cm deep
C. 15–20 cm deep
D. 50–60 cm deep

29. In the approximate composition given in the chapter, minerals make up:
A. 5%
B. 20%
C. 45%
D. 75%

30. Which is the largest soil particle among the following?
A. Clay
B. Silt
C. Sand
D. Humus

31. Which soil particle is the smallest?
A. Sand
B. Silt
C. Clay
D. Gravel

32. In a mason jar test, sand settles:
A. At the top
B. In the middle
C. At the bottom
D. Randomly

33. In a mason jar test, clay forms the:
A. Bottom layer
B. Middle layer
C. Top layer
D. Floating layer

34. Clay content above 20% may cause:
A. Waterlogging
B. Excessive drainage
C. Complete absence of nutrients
D. Seed dormancy

35. To improve drainage in soil containing excessive clay, the chapter suggests adding:
A. River sand or red-garden soil
B. Salt
C. Wood ash only
D. Water

36. Soil containing more than 80% sand may:
A. Hold too much water
B. Hold very little water
C. Become permanently waterlogged
D. Prevent evaporation completely

37. Which amendment can improve the water-holding capacity of highly sandy soil?
A. Compost
B. River sand
C. Salt
D. Lime only

38. Most plants mentioned in the chapter grow well in approximately:
A. pH 1–2
B. pH 3–4
C. pH 6–7
D. pH 10–12

39. Soil with pH below 6 is considered:
A. Neutral
B. Acidic
C. Basic
D. Saline

40. Which of the following can be used to amend acidic soil?
A. Lime
B. Gypsum only
C. Sulphur
D. Extra water only

41. Soil with pH above 8.5 is described in the chapter as:
A. Acidic
B. Basic
C. Neutral
D. Organic

42. Which of the following is suggested for basic soil?
A. Gypsum
B. Salt
C. River sand only
D. Wood ash only

43. Healthy seeds are important because:
A. Fertile soil alone guarantees strong plants
B. Weak seeds can produce weak plants even in fertile soil
C. Seeds do not affect plant growth
D. Only weather determines plant quality

44. The floating method uses:
A. Sugar water
B. Salt water
C. Oil
D. Milk

45. Salt is added to water in the floating method mainly to:
A. Reduce water density
B. Increase water density
C. Change seed colour
D. Increase seed size

46. In the floating method, damaged or hollow seeds generally:
A. Sink
B. Float
C. Dissolve
D. Germinate immediately

47. Seed dormancy means that a seed:
A. Is dead
B. Is alive but does not germinate
C. Has already germinated
D. Has no embryo

48. Vermicompost involves the use of:
A. Worms
B. Salt
C. Plastic
D. Chemical fertilisers only

49. Daśhaparṇī arka is an example of:
A. Chemical fertiliser
B. Organic pesticide
C. Synthetic seed treatment
D. Soil testing solution

50. In the described preparation of Daśhaparṇī arka, fermentation takes approximately:
A. 1–2 days
B. 3–5 days
C. 30–40 days
D. 6 months

B. Fill in the Blanks

1. Work with Life Forms involves working with ________ and ________.

2. Agriculture is often referred to as the “________ of all production”.

3. Food security means reliable access to sufficient, affordable and ________ food.

4. ________ farming technology helps deliver exact amounts of water and fertiliser.

5. A ________ ecosystem connects resources, people, institutions, activities and environmental factors.

6. ________ crops are generally winter crops.

7. ________ crops are associated with the monsoon season.

8. Watermelon, cucumber and muskmelon are examples of ________ season crops.

9. A crop ________ provides a structured schedule for agricultural activities.

10. The ________ records meteorological observations and provides agricultural weather advisories.

11. Ladakh is described as a cold ________.

12. Irrigation in Ladakh is largely dependent on ________ meltwater.

13. A ________ gauge measures rainfall.

14. A ________ vane identifies wind direction.

15. A dry-wet bulb thermometer helps determine temperature and ________.

16. Soil health has physical, chemical and ________ aspects.

17. Soil texture depends on the amounts of sand, silt and ________.

18. In the mason jar test, ________ settles at the bottom.

19. In the mason jar test, ________ forms the top layer.

20. Most plants grow well in slightly acidic to neutral soil with a pH of approximately ________.

21. Soil with pH below ________ is considered acidic according to the chapter.

22. Soil with pH above ________ is considered basic according to the chapter.

23. The floating method is used to identify damaged, infected or ________ seeds.

24. Seed ________ is a condition in which a living seed does not germinate.

25. Vermicompost is prepared using organic waste and ________ dung along with worms.

26. Daśhaparṇī arka is an ________ pesticide.

C. True or False

1. Agriculture provides both food and raw materials.

2. Food security refers only to the availability of expensive food.

3. No agricultural work is done in isolation.

4. Rabi crops are generally winter crops.

5. Rice is identified as a Rabi crop in the chapter.

6. Crop calendars help farmers plan agricultural activities.

7. Climate has no effect on cropping patterns.

8. IMD provides weather-related agricultural advisories.

9. Strong winds can cause soil erosion.

10. A rain gauge measures wind direction.

11. A wind vane identifies the direction of wind.

12. A wet bulb thermometer generally shows a lower temperature because of evaporation.

13. A small dry-wet bulb temperature difference indicates drier air.

14. Soil testing helps understand soil health.

15. Soil texture depends partly on the proportions of sand, silt and clay.

16. Clay particles are larger than sand particles.

17. Excessive clay can cause waterlogging.

18. Soil containing more than 80% sand may have poor water-holding capacity.

19. Most plants mentioned in the chapter prefer highly alkaline soil.

20. Damaged and hollow seeds tend to float in the salt-water method.

21. Seed dormancy means that the seed is dead.

22. Vermicompost uses worms in the composting process.

23. Daśhaparṇī arka is a synthetic pesticide.

24. Agricultural vocations can include research, storage, transportation and trade.

D. Match the Following

Set 1

Column A	Column B
1. Rain gauge	a. Wind direction
2. Wind vane	b. Soil texture
3. Mason jar test	c. Rainfall
4. Dry-wet bulb thermometer	d. Temperature and humidity

Set 2

Column A	Column B
1. Rabi	a. Monsoon crops
2. Kharif	b. Summer crops
3. Zaid	c. Winter crops

Set 3

Column A	Column B
1. Clay >20%	a. Poor water retention
2. Sand >80%	b. Waterlogging
3. pH below 6	c. Basic soil
4. pH above 8.5	d. Acidic soil

Set 4

Column A	Column B
1. Seed dormancy	a. Organic pesticide
2. Vermicompost	b. Living seed does not germinate
3. Daśhaparṇī arka	c. Organic waste + worms
4. Floating method	d. Identification of poor-quality seeds

E. Assertion–Reason Questions

For each question, select the appropriate option:

A. Both Assertion and Reason are true, and Reason correctly explains Assertion.
B. Both Assertion and Reason are true, but Reason does not correctly explain Assertion.
C. Assertion is true, but Reason is false.
D. Assertion is false, but Reason is true.

1.

Assertion: Climate influences cropping patterns in India.
Reason: Different regions have different climatic conditions suitable for different crops.

2.

Assertion: Weather forecasts can help farmers plan agricultural activities.
Reason: Weather information provides information about conditions such as rainfall and temperature.

3.

Assertion: Strong winds can damage crops.
Reason: Strong winds can also contribute to soil erosion.

4.

Assertion: Soil testing is important for maintaining soil fertility.
Reason: Soil testing provides information about physical, chemical and biological soil-health parameters.

5.

Assertion: Soil with excessive clay may experience waterlogging.
Reason: Excessive clay can affect drainage and may cause root suffocation.

6.

Assertion: Highly sandy soil may cause plants to wilt.
Reason: Soil containing more than 80% sand holds very little water.

7.

Assertion: The difference between wet-bulb and dry-bulb readings provides information about humidity.
Reason: Water evaporating from the wet bulb causes cooling.

8.

Assertion: Damaged seeds are removed in the floating method.
Reason: Salt water increases density, causing damaged or hollow seeds to float.

9.

Assertion: Seed dormancy can help seeds survive unsuitable conditions.
Reason: Dormant seeds remain alive without germinating.

10.

Assertion: Agricultural activities are connected to several other occupations.
Reason: Agriculture involves activities such as transportation, storage, processing and trade.

F. Very Short Answer Questions

Answer in one or two sentences.

1. What is meant by Work with Life Forms?

2. Define food security.

3. Why is agriculture called the “mother of all production”?

4. What is a livelihood ecosystem?

5. What is a crop calendar?

6. Name the three crop seasons mentioned in the chapter.

7. Give two examples of Rabi crops.

8. Give two examples of Kharif crops.

9. Give two examples of Zaid crops.

10. What is an agro-climatic relationship?

11. What is the role of IMD in agriculture?

12. Why is weather information important for farmers?

13. Why is Ladakh’s farming period short?

14. What is the purpose of a rain gauge?

15. What does a wind vane measure?

16. What is the function of the wet bulb thermometer?

17. Name the three categories of soil-health parameters.

18. What is soil texture?

19. What is the mason jar test used for?

20. What happens if soil contains more than 20% clay?

21. What happens if soil contains more than 80% sand?

22. What is soil pH?

23. What is seed dormancy?

24. What is the purpose of seed treatment?

25. What is the floating method?

26. What is vermicompost?

27. What is Daśhaparṇī arka?

28. Mention two modern technologies used in agriculture.

G. Short Answer Questions

Answer in about 3–5 points.

1. Explain the importance of agriculture in human life.

2. Explain the major challenges faced by modern agriculture.

3. Describe the agricultural livelihood ecosystem.

4. Explain why different types of agricultural work are interdependent.

5. Differentiate between Rabi, Kharif and Zaid crops.

6. Explain the importance of a crop calendar.

7. Explain how climate affects agricultural practices.

8. Describe the importance of meteorological information for farmers.

9. Explain the relevance of temperature, rainfall, humidity and wind to agriculture.

10. Differentiate between a rain gauge, dry-wet bulb thermometer and wind vane.

11. Why is soil sample collection important for soil testing? Explain the correct approach.

12. Explain the physical, chemical and biological aspects of soil health.

13. Explain the mason jar test and the information obtained from it.

14. What problems can arise from excessive clay or excessive sand in soil? How can they be corrected?

15. Explain the importance of soil pH in plant growth.

16. Describe methods for improving acidic and basic soils according to the chapter.

17. Explain why healthy seeds are important for successful crop production.

18. Describe the floating method for identifying poor-quality seeds.

19. Explain seed dormancy and its importance.

20. Explain how vermicompost can be prepared using agricultural waste.

21. Describe the preparation and use of Daśhaparṇī arka given in the chapter.

22. What factors should be considered before selecting an agricultural vocation?

H. Differentiate Between

1. Rabi crops and Kharif crops.

2. Kharif crops and Zaid crops.

3. Dry-bulb thermometer and wet-bulb thermometer.

4. Acidic soil and basic soil.

5. Sand and clay.

6. Soil physical parameters and chemical parameters.

7. Seed dormancy and poor-quality seed.

8. Traditional agricultural practices and modern agricultural technologies.

9. Rain gauge and wind vane.

10. Food production and agricultural raw-material production.

I. Case-Based Questions

Case Study 1: Weather and Agriculture

A farmer depends on seasonal weather information before deciding when to sow and harvest crops. In a particular year, rainfall is delayed and strong winds are expected.

Questions:

Which meteorological parameters should the farmer monitor?
Which instrument can be used to measure rainfall?
Which instrument can identify wind direction?
How can weather information help the farmer make decisions?
What possible effect can strong winds have on crops?

Case Study 2: Soil Texture

A farmer tests soil using a mason jar. After 24–48 hours, the jar shows clearly separated layers. The soil contains a very high proportion of clay.

Questions:

What does the mason jar test determine?
Which soil particle settles at the bottom?
Which particle forms the top layer?
What problem can excessive clay cause?
Suggest an amendment mentioned in the chapter.

Case Study 3: Soil pH

A farmer tests soil and obtains a pH below 6.

Questions:

How would you classify the soil?
Why can unsuitable pH affect plants?
Name two amendments that can be used.
What pH range is mentioned as suitable for most plants?
What would you recommend if the soil instead had a pH above 8.5?

Case Study 4: Seed Selection

A farmer has wheat seeds and wants to remove hollow or damaged seeds before sowing.

Questions:

Which method from the chapter should be used?
What solution is required?
Why does salt help separate poor-quality seeds?
What happens to hollow seeds?
What should be done with the seeds that remain after the test?

J. Competency/Application-Based Questions

1. A farmer has highly sandy soil and observes that plants wilt frequently. Based on the chapter, identify the likely reason and suggest suitable amendments.

2. A farmer has soil with excessive clay and poor drainage. Explain what is happening and suggest a correction.

3. A farmer wants to know whether the air is humid or dry using simple instruments. Explain how dry- and wet-bulb readings can help.

4. A school wants to establish a small meteorological observatory for farmers in its region. Which three instruments from the chapter should it include, and what would each measure?

5. A region receives much less rainfall than the requirement of rice. Using the chapter’s approach, explain why the farmer should reconsider planting rice.

6. A farmer’s soil has pH 5.5. Suggest appropriate amendments and explain their purpose.

7. A farmer’s soil has pH 9.0. Suggest appropriate amendments based on the chapter.

8. A farmer finds that many seeds float during the salt-water test. What could this indicate, and what should the farmer do?

9. Explain how a change in consumer demand for an agricultural product could affect people other than farmers.

10. A student wants to choose an agricultural vocation for a three-month school project. What factors should the student consider before making the choice?

K. Data-Based Questions

1. Rainfall and Crop Selection

A region records the following annual rainfall:

Year	Rainfall
2015	480 mm
2016	333 mm
2017	882 mm
2018	350 mm
2019	974 mm
2020	693 mm
2021	494 mm
2022	917 mm
2023	549 mm
2024	596 mm

Crop requirements given in the chapter:

Crop	Rainfall requirement
Rice	1500–3000 mm
Wheat	750–1000 mm
Jowar	500–1000 mm
Pulses	400–500 mm
Groundnut	500–1250 mm
Soyabean	500–1000 mm
Maize	500–1000 mm
Sugarcane	750–1500 mm
Jute	1250–2000 mm
Cotton	500–1000 mm

Questions:

Which crop has the highest rainfall requirement?
Which crops could be considered in a year receiving 882 mm rainfall?
Which crop would require substantially more rainfall than any of the recorded annual values?
Which crops have a rainfall requirement beginning at 500 mm?
Explain why rainfall data should be considered while selecting crops.

L. Long Answer Questions

1. Explain the importance of agriculture, its role in food security and its contribution to the supply of industrial raw materials.

2. Explain the agricultural livelihood ecosystem and show how different occupations are interconnected.

3. Explain the agro-climatic relationship with suitable examples from the chapter.

4. Describe the three instruments used in a simple meteorological observatory and explain how their observations can help farmers.

5. Describe the complete process of soil testing, from collecting the soil sample to testing its texture and pH.

6. Explain the mason jar test in detail and discuss the corrective measures for excessive clay and sand.

7. Explain soil pH, its importance for plant growth and the methods suggested for correcting acidic and basic soil.

8. Explain seed selection, the floating method and seed dormancy.

9. Describe the preparation and agricultural use of vermicompost and Daśhaparṇī arka.

10. Explain the major processes and quality considerations involved in agricultural practices discussed in the chapter.

Questions for Revision

If you are short on time, make sure you can answer these 15 without looking at your notes:

Define food security.
Explain the livelihood ecosystem.
Differentiate Rabi, Kharif and Zaid.
Explain the agro-climatic relationship.
State the uses of the three meteorological instruments.
Explain the importance of soil testing.
Describe the soil-sample collection process.
Explain the mason jar test.
What problems occur with excessive clay and sand?
Explain soil pH and its amendments.
Explain the salt-water floating method.
Define seed dormancy and explain its importance.
Explain vermicompost preparation.
Explain Daśhaparṇī arka.
Explain the agricultural value chain.

Answer Key — Compact Mode

Based strictly on the uploaded chapter.

A. MCQs — Answers