- A Permanent cells are formed from the meristem tissues that gradually lose their ability to divide and perform few other specific functions
- B The process by which meristem tissues gradually change to permanent tissues is called differentiation
- C Permanent tissues are classified into simple and complex permanent tissues
- D Simple permanent tissues and complex permanent tissues are classified based on their similarity in structure
Plant tissues - Quiz
- A Dermal tissue
- B Vascular tissue
- C Ground tissue
- D Epidermal tissue
- A Meristematic tissue cells are undifferentiated or incompletely differentiated
- B Meristematic tissue cells continue to divide and contribute to the growth of the plant
- C Meristematic tissue cells can differentiate into dermal, vascular, and ground tissue
- D Meristematic tissue cells are found in meristems
- A Dermal tissue
- B Vascular tissue
- C Ground tissue
- D Meristematic tissue
- A A type of vascular tissue
- B A type of ground tissue
- C A type of dermal tissue
- D A type of meristematic tissue
- A Periderm allows the plant to take up carbon dioxide and release oxygen and water vapor
- B Periderm protects the plant from fire or heat injury, dehydration, freezing conditions, and/or disease
- C Periderm increases the surface area of roots, stems and leaves
- D Periderm is a single layer of cells that forms the outermost layer of the plant body
- A Cork cambium
- B Cork cells
- C Phelloderm
- D Meristem cells
- A Totipotent stem cells
- B Pluripotent stem cells
- C Multipotent stem cells
- D Unipotent stem cells
- A To help in photosynthesis
- B To provide support and structure
- C To produce specialized cells
- D To maintain and repair tissues
- A Epidermal tissue
- B Vascular tissue
- C Ground tissue
- D Meristem tissue
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Plant tissues - Quiz
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- A. Permanent cells are formed from the meristem tissues that gradually lose their ability to divide and perform few other specific functions
- B. The process by which meristem tissues gradually change to permanent tissues is called differentiation
- C. Permanent tissues are classified into simple and complex permanent tissues
- D. Simple permanent tissues and complex permanent tissues are classified based on their similarity in structure
Remarks:
Explanation:
Permanent cells are formed from the meristem tissues that gradually lose their ability to divide and perform few other specific functions. The process by which meristem tissues gradually change to permanent tissues is called differentiation. Permanent tissues are classified into simple and complex permanent tissues. Simple permanent tissues and complex permanent tissues are classified based on their structural complexity, not their intercellular gaps.
- A. Dermal tissue
- B. Vascular tissue
- C. Ground tissue
- D. Epidermal tissue
Remarks:
Explanation:
Dermal tissue covers and protects the plant.
- A. Meristematic tissue cells are undifferentiated or incompletely differentiated
- B. Meristematic tissue cells continue to divide and contribute to the growth of the plant
- C. Meristematic tissue cells can differentiate into dermal, vascular, and ground tissue
- D. Meristematic tissue cells are found in meristems
Remarks:
Explanation:
Meristematic tissue cells are undifferentiated or incompletely differentiated and continue to divide and contribute to the growth of the plant. Meristematic tissue cells can differentiate into different types of meristematic tissue, but not into dermal, vascular, and ground tissue. These tissue types are formed from the cells that quickly differentiate from the meristematic tissue.
- A. Dermal tissue
- B. Vascular tissue
- C. Ground tissue
- D. Meristematic tissue
Remarks:
Explanation:
Ground tissue is a simple tissue, meaning that each ground tissue consists of only one cell type. In contrast, dermal and vascular tissues are complex tissues because they consist of multiple cell types.
- A. A type of vascular tissue
- B. A type of ground tissue
- C. A type of dermal tissue
- D. A type of meristematic tissue
Remarks:
Explanation:
The epidermis is an example of dermal tissue. It is composed of a single layer of epidermis cells and may contain stomata and guard cells that allow gas exchange, root hairs that increase surface area, or trichomes used in transpiration or defense. It may also contain a waxy cuticle if found on the upper surface of leaves to aid in lowering transpiration.
- A. Periderm allows the plant to take up carbon dioxide and release oxygen and water vapor
- B. Periderm protects the plant from fire or heat injury, dehydration, freezing conditions, and/or disease
- C. Periderm increases the surface area of roots, stems and leaves
- D. Periderm is a single layer of cells that forms the outermost layer of the plant body
Remarks:
Explanation:
The periderm functions as the first line of defense for the plant, protecting it from fire or heat injury, dehydration, freezing conditions, and/or disease.
- A. Cork cambium
- B. Cork cells
- C. Phelloderm
- D. Meristem cells
Remarks:
Explanation:
Meristem cells are not a component of the periderm in woody plants. The cork cambium, cork cells, and phelloderm together make up the periderm.
- A. Totipotent stem cells
- B. Pluripotent stem cells
- C. Multipotent stem cells
- D. Unipotent stem cells
Remarks:
Explanation:
Totipotent stem cells can differentiate into any cell type, including embryonic and extraembryonic cells.
- A. To help in photosynthesis
- B. To provide support and structure
- C. To produce specialized cells
- D. To maintain and repair tissues
Remarks:
Explanation:
Meristem tissues are responsible for producing specialized cells that contribute to plant growth and development.
- A. Epidermal tissue
- B. Vascular tissue
- C. Ground tissue
- D. Meristem tissue
Remarks:
Explanation:
Vascular tissue, which includes xylem and phloem, is responsible for transporting water and nutrients throughout a plant.