Biology Do as Directed.

Soil water, Ascent of sap, Leaves, Water vapour.
Explanation :
This is the sequence of stages through which water travels from the soil to the tip of the plant.

Odd: Hydathodes Category : Structures through which transpiration occurs

Odd: Guttation Category : Types of transpiration

Odd: Phagocytosis Category : Plant process

Wounded Plant Tissue, Pressure Difference, Xylem Sap, Bleeding, Accumulation of Sap.
Explanation:
When plant tissue is wounded, a pressure difference is created. This leads to the flow of xylem sap towards the site of injury. The phenomenon, known as bleeding, results in the accumulation of sap at the wound site, indicating the plant's response to injury and the movement of fluids within its vascular system.

Accumulation of potassium ions in guard cells, Guard cells swell, Stomatal opening, Water vapour exits through stomata.
Explanation:
In the potassium ion exchange theory, the process starts with the accumulation of potassium ions in the guard cells. This causes the guard cells to swell, leading to the opening of the stomata. Once the stomata are open, water vapour can exit through them, facilitating stomatal transpiration.

Potometer Experiment, Leafy Shoot, Measurement of Water Uptake, Transpiration Rate, Data Analysis.
Explanation:
A potometer experiment with a leafy shoot measures water uptake, reflecting the transpiration rate. This measurement provides data on transpiration, allowing analysis of factors affecting transpiration and plant water transport efficiency.

High root pressure in plants, Exudation of water droplets, Opening of hydathodes, Guttation on leaf edges, Visible in the early morning.
Explanation:
The process of guttation starts with high root pressure in plants. This pressure leads to the exudation of water droplets from the plant's vessels. These droplets are then released through specialized structures called hydathodes. Water droplets are released at the leaf edges, known as guttation, typically visible in the early morning.

Potted plant or leafy shoot in a test tube, Water loss due to transpiration, Decrease in weight, Measurement of weight loss.
Explanation:
The sequence begins with a potted plant or a leafy shoot placed in a test tube. As transpiration occurs, water is lost from the plant or shoot, leading to a decrease in its weight. This loss in weight is then measured, providing a quantitative assessment of the rate of transpiration.

Root Absorption, Xylem, Leaf, Transpiration, Water Cycle
Explanation:
The sequence begins with root absorption, where roots absorb water from the soil, which then ascends through the xylem to the leaves. In leaves, water vapour is released into the atmosphere through transpiration, integrating terrestrial and atmospheric water systems in the water cycle.

Leaf Surface, Stomata Opening, Water Vapor, Transpiration, Cooling Effect.
Explanation:
The process starts at the leaf surface, where the stomata open. This opening allows water vapour to escape from the leaf, a process known as transpiration. Transpiration helps in regulating the plant's temperature through its cooling effect.

Reduce the surface area to prevent transpiration.

Regulate the rate of transpiration by opening and closing of stomata.

Plants secrete excess of water through hydathodes when atmosphere is very humid and_x000D_ transpiration process cannot occur.

It protects the surface of leaves, stem etc., and reduces water loss.

They help in gaseous exchange in woody parts of the plant and some amount of water is_x000D_ lost by transpiration.

(a) Gaseous exchange._x000D_
(b) Loss of water vapours due to transpiration.

Leaf epidermis.

On the edges and tips of leaves of many plants.

On the outer surface of the primary organs of all vascular land plants.

On the bark of woody plants.

In the epidermis of young green, aerial parts of plants, especially the leaves.