Transpiration in plants requires _____. i) adhesion of water molecules to cellulose ii) cohesion between water molecules iii) ev
aporation of water molecules iv) active transport through xylem cells v) transport through tracheids transpiration in plants requires _____. i) adhesion of water molecules to cellulose ii) cohesion between water molecules iii) evaporation of water molecules iv) active transport through xylem cells v) transport through tracheids i, ii, iii, and iv i, iii, iv, and v i, ii, iii, and v i, ii, iv, and v
Transpiration in plants requires adhesion of water molecules to cellulose, cohesion between water molecules, evaporation of water molecules and transport through tracheids. Cohesion between water molecules is as a result of hydrogen bonds between the oxygen atom of one water molecule and a hydrogen atom of another water molecule. Transpiration involves the release of water through the leaves in pores called stomata, this serves as a method of excretion of excess water and diffused gases.
