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Questions and Answers
How can new plants be obtained from a money plant?
How can new plants be obtained from a money plant?
- By planting the roots in water
- By planting the flowers in well-drained soil
- By planting a small piece of the shoot in soil (correct)
- By planting the leaves in direct sunlight
What part of Bryophyllum has buds that give rise to new plants?
What part of Bryophyllum has buds that give rise to new plants?
- Root
- Stem
- Flower
- Leaf (correct)
In Gladiolus, what are the short and swollen stems with stored food called?
In Gladiolus, what are the short and swollen stems with stored food called?
- Corms (correct)
- Bulbs
- Tubers
- Rhizomes
Where does growth occur in plants?
Where does growth occur in plants?
What type of tissue allows for the division of cells and growth in plants?
What type of tissue allows for the division of cells and growth in plants?
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Study Notes
Obtaining New Plants from Money Plant
- New plants can be easily propagated from stem cuttings of the money plant, also known as Pothos or Epipremnum aureum.
- Cuttings should be taken from healthy stems, placed in water or soil, and they will develop roots, eventually growing into new plants.
Bryophyllum Buds
- In Bryophyllum, the buds that give rise to new plants are located on the margins of the leaves.
- These buds can develop into new plants, showcasing a form of vegetative propagation.
Gladiolus Stem Structure
- The short and swollen stems of Gladiolus, which serve as storage organs, are called corms.
- Corms store nutrients for the plant and support new growth during the next growing season.
Growth Locations in Plants
- Growth occurs primarily at specific regions known as meristems, which are located at the tips of roots and shoots.
- These meristematic regions contribute to length increase (primary growth) and can also facilitate thickening (secondary growth).
Plant Growth and Tissue
- The type of tissue that enables cell division and growth in plants is called meristematic tissue.
- Meristematic tissue consists of undifferentiated cells that can continue to divide, leading to plant growth in various forms.
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