Question
Increasing girth is a function of _____ meristem.
- Apical meristem
- All meristem
- Root meristem
- Lateral meristem
Hint:
Lateral meristem
The correct answer is: Lateral meristem
lateral meristem increases the girth of the plants due to cell divisions that helps increass the thickness of plants.
Related Questions to study
_____ is essential for photosynthesis.
light and chlorophyll present in leaves is essential for photosynthesis.
_____ is essential for photosynthesis.
light and chlorophyll present in leaves is essential for photosynthesis.
The food item shown in the image grows________.
sweet potato is a tuber which grows under the ground.
The food item shown in the image grows________.
sweet potato is a tuber which grows under the ground.
Which type of venation is present in carrot leaves?
as carrot has tap root system hence, it has reticulate venetion.
Which type of venation is present in carrot leaves?
as carrot has tap root system hence, it has reticulate venetion.
Which of the following pair is correct?
The seeds and fruits are the results of fertilization or sexual reproduction in plants.
Which of the following pair is correct?
The seeds and fruits are the results of fertilization or sexual reproduction in plants.
Organs work together to form_________.
Cells make tissues, tissues make up organs, and organs make up organ system
Organs work together to form_________.
Cells make tissues, tissues make up organs, and organs make up organ system
The plants with the following venation probably will have a ___________ root system.
the leaf has reticulated venetion so it has taproots.
The plants with the following venation probably will have a ___________ root system.
the leaf has reticulated venetion so it has taproots.
Potato is a ___________.
potato is a tuber, and has buds that can produce new plants.
Potato is a ___________.
potato is a tuber, and has buds that can produce new plants.
Leaves are of various color due to the presence of ________.
the colour of the leaf is due to the presence of pigments-chlorophyll a, chlorophyll b, xanthophylls and carotenoids.
Leaves are of various color due to the presence of ________.
the colour of the leaf is due to the presence of pigments-chlorophyll a, chlorophyll b, xanthophylls and carotenoids.
Which type of venation is shown in the diagram?
The veins are running parallel to one another hence, it is parallel venetion.
Which type of venation is shown in the diagram?
The veins are running parallel to one another hence, it is parallel venetion.
The main function of leaves is the______.
leaves absorb sunlight and makes food through photosynthesis then distributes it to other parts of the plants.
The main function of leaves is the______.
leaves absorb sunlight and makes food through photosynthesis then distributes it to other parts of the plants.
Which of the following shows a taproot system?
beetroot has taproot system.
Which of the following shows a taproot system?
beetroot has taproot system.
Which of the following statement is correct?
The roots that arise from any part of the plant other than the radicle or its branches are called advetitious roots.
Which of the following statement is correct?
The roots that arise from any part of the plant other than the radicle or its branches are called advetitious roots.
Which of the following are the regions of root?
Roots have four regions: a root cap; a zone of division; a zoneof elongation; and a zone of maturation.
Which of the following are the regions of root?
Roots have four regions: a root cap; a zone of division; a zoneof elongation; and a zone of maturation.
Green color of plant is due to the presence of ________.
Dur to the presence of chlorophyll the plants appear green in colour.
Green color of plant is due to the presence of ________.
Dur to the presence of chlorophyll the plants appear green in colour.
The ultimate source of energy for photosynthesis is__________.
sunlight is the ultimate source of energy for photosynthesis.
The ultimate source of energy for photosynthesis is__________.
sunlight is the ultimate source of energy for photosynthesis.
