Describe the path of water from an epidermal cell in a root through the various root, stem, and leal tissues until it is finally released as vapour into the atmosphere.

The movement of water from one cell of the cortex to the adjacent one in roots is due to

Name the process associated with the following (a) Dry ice is kept at room temperature and at one atmospheric pressure. (b) A drop of ink placed on the surface of water contained in a glass spreads throughout the water. (c) A potassium permanganate crystal is in a beaker and water is poured into the beaker with stirring. (d) An acetone bottle is left open and the bottle becomes empty. (e) Milk is churned to separate cream from it. (f) Settling of sand when a mixture of sand and water is left undisturbed for some time. (g) Fine beam of light entering through a small hole in a dark room. Illuminates the particles in its paths.

Which cells fill up the spaces and form ground tissue in roots, stem and leaves of plant?

Explain the movement of water cell to cell across the root: from the soil to the xylem.

What shall be the water potential of a root hair cell absorbing water from the soil

Identify the correct sequence of pathway of water through the root tissues:

As various ions from the soil are actively transported into the vascular tissues of roots, then water follows (it's potential gradient) and increase the pressure inside the xylem. This positive pressure is called.

When plant absorbs water from the soil, the water potential of the root cell is _____________ than the soil.

Select the correct statements (A) From the region of elongation, some of the epidermal cell for root hairs (B) Pneumatophores are seen in Rhizophora (C) Adventitous roots are seen in the Banyan tree (D) Maize and sugarcane have prop roots