4. When a cell is placed in higher water potential solution B. water exits the cell toward the solution 25. Water flows from the A. higher water potentiae to the lower water potential ntial to the higher wate C. Lowerψ to the higherψ 26. Root hairs do not play a role in B C water uptake parian strip A. how water and minerals move into the wascular cylinder B how water but not minerals move C. how minerals but not water moves D. neither the flow of water nor the flow of minerals into a plant 28. which force is the central causative agent of the transpiration- cohesion- tensin theory of xylem transport? A transpiration pull C. root D. atmospheric pressure 29. which term describes forcing water out of the plant at the edges of its leaves A. root pressure B. gutta D. transpiration pull 30. which force pushes water into the xylem as osmosis moves water into the7 24．When a cell is placed in higher water potential solution. A．water enters the cell. B．water exits the cell toward the solution. C．water enters and solute exits the cell. 25．Water flows from the A．higher water potentiae to the lower water potential. B．lower water potential to the higher water potential C．Lower ψπ to the higherψπ 26．Root hairs do not play a role in A. oxygen uptake B. mineral uptake C. water uptake D. carbon dioxide uptake 27. The Casparian strip affects A．how water and minerals move into the wascular cylinder. B. how water but not minerals move C. how minerals but not water moves D. neither the flow of water nor the flow of minerals into a plant. 28. which force is the central causative agent of the transpiration- cohesion￾tensino theory of xylem transport ? A. transpiration pull B. guttation C. root pressure D. atmospheric pressure. 29. which term describes forcing water out of the plant at the edges of its leaves? A．root pressure B. guttation C. atmospheric pressure D. transpiration pull 30. which force pushes water into the xylem as osmosis moves water into the root?