Welcome to your Transport in plant Name Email Match the feature to their functions Vascular tissue in the midrib and veins Large surface area A thin, flattened blade Air spaces between cells within the leaf So that water and gases have a limited distance to diffuse For the diffusion of gases Branches of the xylem, to transport water and minerals to the leaf; branches of the phloem, to transport glucose and other products of photosynthesis to other parts of the plant For maximum absorption of light; for optimum absorption of carbon dioxide Fill in the gap about transport across root Water enters the root hair cells by . This happens because soil water has a higher water than the cytoplasm of the root hair cell. Minerals enter by Match them to their meaning photosynthesis translocation transpiration spongy mesophyll palisade mesophyll Plant tissue containing closely packed cells in the upper layer of a leaf The plant tissue in a leaf which has loosely packed cells and air spaces between them to allow gas exchange. The loss of water from leaves by evaporation through the stomata The transport of dissolved material within a plant A chemical process used by plants to make glucose and oxygen from carbon dioxide and water, using light energy Match them to their meaning xylem vessels phloem companion cell sieve tube lignin Narrow, hollow, dead tubes with lignin, responsible for the transport of water and minerals in plants The conducting cells that, end to end, make up the phloem Carbohydrate material lining the xylem vessels providing strength and support. The cell that lies alongside a sieve tube in the phloem, and provides the sieve tube with energy to tranpsort sugars and amino acids in solution. The tissue in plants that transports the products of photosynthesis, including sugars and amino acids Match the factors to how they affect transpiration decrease in humidity increase in air movement increase in temperature increase in light intensity reduces the concentration of water molecules outside the leaf, so the rate of diffusion of water from inside the leaf to outside increases increases evaporation, so the rate of diffusion of water from inside the leaf to outside increases increases the number of open stomata, so the rate of diffusion of water from inside the leaf to outside increases removes water vapour from outside the leaf, so the rate of diffusion of water from inside the leaf to outside increases Answer cm3 Time's upYou cannot switch tabs while taking this quiz!You are not allowed to switch tabs violation has been recorded.you cannot minimize full screen mode!You are not allowed to minimize full screen while taking this quiz, violation has been recorded.Access denied! To begin the quiz, please grant this quiz access to your camera.Time is Up!
