Root, stem, and leaves - class-VI

In some grasses(isobilateral leaves), on epidermis, there are some larger, thin walled cells called bulliform cells are present, which in dry condition lose water through transpiration and thus the rolling up of leaves occurs, e.g., in Poa, Agropyron, Amophilla, etc.

Transpiration is the biological process where plants lose water in the form of vapor through the stomata on their leaves.

Transpiration is essentially a process of diffusion, as water vapor moves from the higher concentration inside the leaf to the lower concentration in the atmosphere.

Wilting occurs when the rate of water loss through transpiration exceeds the rate of water absorption by the roots, leading to a loss of turgor pressure in plant cells.

Transpiration is the processin which water vapours are released from stomata.

In transpiration water is lost in the form of vapour whereas in guttation water in the form of liquid is lost. The loss of water in transpiration is through stomata whereas in guttation, it occurs through hydathodes.

Transpiration is the process of release of water vapour from the stomata. 

Transpiration is the process of release of water vapour from the stomata.

Transpiration is defined as the evaporation of water from plants, especially leaves. It occurs through leaves and other parts of the plant. It happens through leaves while their stomata remains open for the passage of CO₂ and O₂ during photosynthesis.

During transpiration water is lost from the upper surface of the leaves because the upper surface is being more exposed to the sun and will tend more loss of water.

Transpiration is the loss of water in the form of water vapours from aerial parts of the plant such as stems, leaves and flowers. 

Submerged hydrophytes, algae, and fungi lack the typical stomatal mechanisms or structure for transpiration as seen in terrestrial plants, thus they do not transpire in the traditional sense.

Stem contains special complex permanent tissues called xylem. The xylem helps in the conduction and transportation of water in one direction that is from stem to leaves. 

1. Creeper is considered to be the plant that grows along the ground, by means of extending stem or branches and produce fiber-like roots that arise from the base of the stem and such weak stem are called prostrate stem.
   
2. Runners are the stem that grows on the ground that forms adventitious roots and able to give rise to a new plant.
3. Climbers are the plants that climb up other plant or object by the help of tendrils.

This experiment is done to check the movement of water in stem in which ink is mixed with water and the stem is left in the mixture and after an hour we observe the stem and it shows that the ink is present inside the stem shows that the stem conducted the water and the ink, as well as the colored ink patches, are observing it proves that  the xylem and its elements help stem to conduct the water.

Salvadora is known for having anomalous secondary growth, which includes the presence of internal and included phloem within the stem.

Ginger is a rhizome, which is a modified underground stem, not a root.

Victoria regia, the giant water lily, has very large and structurally reinforced leaves capable of supporting significant weight, making them exceptionally tough.

Leaves are those parts of plants that perform the primary function of photosynthesis and transpiration. Growth, Reproduction and Protection are it's secondary or modified functions.

In Peperomia, leaf cuttings are typically prepared using the entire leaf, including the petiole, to ensure successful propagation.

Pedicel is the stalk of a flower (a-ii), Peduncle is the inflorescence axis (b-iv), Bract is a reduced leaf (c-i), and Petiole is the stalk of a leaf (d-iii).

The plant is morphologically divided into roots, stem and leaves.

Epiphyllous buds are adventitious buds that arise from the surface of a leaf. They are a form of vegetative propagation found in plants like Bryophyllum.

A)The midrib is the large strong the central vein in the middle of the leaf.
B)Stomata are the part of leaf present on the epidermis and help in the gaseous change.
C)Veins are the vascular tissue of leaf located at the mesophyll part.
D)The petiole is the part of a leaf that joins the lamina to the base.
So the correct option is 'Stomata'

A) The midrib is the large strong central vein in the middle of the leaf.
B) The lamina is the broad green part of the leaf in which photosynthesis takes place.
C) Leaf base is the lowermost part of the leaf from where it attaches to stem or branch.
D) Stamen is the male reproductive part present on a flower.
So the correct option is 'Stamen'.