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Questions and Answers
What process allows water to move into root hairs?
What process allows water to move into root hairs?
Transpiration is the process by which water vapor is lost from the roots of the plant.
Transpiration is the process by which water vapor is lost from the roots of the plant.
False
Name one source of plant nutrients mentioned.
Name one source of plant nutrients mentioned.
Organic Fertilizer
The process by which mineral salts move into the root hairs is known as __________.
The process by which mineral salts move into the root hairs is known as __________.
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Match the following organic fertilizers with their examples:
Match the following organic fertilizers with their examples:
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Which of the following is a source of organic fertilizer?
Which of the following is a source of organic fertilizer?
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Transpiration is the process by which mineral salts are absorbed by the roots.
Transpiration is the process by which mineral salts are absorbed by the roots.
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What process do plants use to absorb water through their root hairs?
What process do plants use to absorb water through their root hairs?
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Organic fertilizers improve soil texture by creating air spaces in between the ________ particles.
Organic fertilizers improve soil texture by creating air spaces in between the ________ particles.
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Match the following advantages of organic fertilizers with their benefits:
Match the following advantages of organic fertilizers with their benefits:
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Study Notes
Nutrient Absorption in Plants
- Plants absorb mineral salts through their roots, essential for growth and development.
- Water enters root hairs via osmosis, a process driven by water concentration gradients.
- Mineral salts penetrate root hairs through diffusion, facilitating nutrient uptake.
- Water vapor loss from plant parts, primarily leaves, is termed transpiration, crucial for nutrient transport and cooling.
Sources of Plant Nutrients
- Organic fertilizers include decomposed materials like manure, compost, and plant residues (e.g., leaves, cow dung, poultry waste, maize stalks, sunflower, and bean remnants).
Advantages of Organic Fertilizers
- Enriches soil fertility by adding essential nutrients naturally.
- Enhances soil texture, creating air spaces that improve aeration.
- Increases water retention within soil, reducing the need for frequent irrigation.
- Softens soil, making it easier for cultivation and root penetration.
- Encourages beneficial bacterial activity in the soil, promoting a healthy ecosystem.
Disadvantages of Organic Fertilizers
- Potential for nutrient release to be slower compared to synthetic fertilizers, affecting plant growth rates.
- May require larger application volumes, leading to higher labor and transportation costs.
- Risk of introducing pests and diseases if not properly processed or sourced.
Nutrient Absorption in Plants
- Plants absorb mineral salts through their roots, essential for growth and development.
- Water enters root hairs via osmosis, a process driven by water concentration gradients.
- Mineral salts penetrate root hairs through diffusion, facilitating nutrient uptake.
- Water vapor loss from plant parts, primarily leaves, is termed transpiration, crucial for nutrient transport and cooling.
Sources of Plant Nutrients
- Organic fertilizers include decomposed materials like manure, compost, and plant residues (e.g., leaves, cow dung, poultry waste, maize stalks, sunflower, and bean remnants).
Advantages of Organic Fertilizers
- Enriches soil fertility by adding essential nutrients naturally.
- Enhances soil texture, creating air spaces that improve aeration.
- Increases water retention within soil, reducing the need for frequent irrigation.
- Softens soil, making it easier for cultivation and root penetration.
- Encourages beneficial bacterial activity in the soil, promoting a healthy ecosystem.
Disadvantages of Organic Fertilizers
- Potential for nutrient release to be slower compared to synthetic fertilizers, affecting plant growth rates.
- May require larger application volumes, leading to higher labor and transportation costs.
- Risk of introducing pests and diseases if not properly processed or sourced.
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Description
Explore the fascinating ways plants absorb minerals and water. This quiz covers osmosis, diffusion, and the importance of organic fertilizers like manure and compost in providing essential nutrients to plants. Test your knowledge on how these processes contribute to plant health and growth.
