Describe how the cohesion-tension model explains the movement of water in a plant.

Please answer the third question

Discuss any 5 factors involved in the movement of water up the stem of the plant

What role does root pressure play in water movement in plants?

Which statement(s) is/are false? * A. A water potential lower than that of the soil draws water into the roots and a water potential lower than that of the stem draws water into the leaf. B. A water potential lower than that of the soil draws water into the roots and a water potential higher than that of the stem draws water into the leaf. C. Water potential and solute concentration increases from the roots to the top of the plant. D. Water enters the plant through the root hairs and exits through the lenticels and stomates. E. A and D F. B and C

Woody trunk of living trees was said to shrink and expand at different times of the day. Explain this phenomenon in relation to cohesion tension theory and discuss how would plant overcome embolism due to this theory.

Give a summary of the route that solutes pass through in a plant in order to reach a developing bud, or to the roots or developing fruit. (Give an illustration)

The growth of roots towards water is an example of?