WebA Transpiration is faster than water uptake by root hairs so cells have become flaccid. B Transpiration is faster than water uptake by root hairs so cells have become turgid. C Transpiration is slower than water uptake by root hairs so cells have become flaccid. WebRoot hair cells are specialised (to perform a specific function). Their structure allows the plant to absorb more water. They also allow a plant to take in the minerals it needs to …
Plant and animal cells - Cell structure - AQA - GCSE …
WebJun 25, 2024 · Root hair cells are adapted for the absorption of Water molecules via osmosis by having large surface area to volume ratio, therefore increasing the rate of Water absorption. Water molecules in root hair cell is then transported to Xylem for transpiration. at June 25, 2024. Webuptake of glucose by epithelial cells in the villi of the small intestine; uptake of ions from soil water by root hair cells in plants; Because energy is required for this process to occur, anything that prevents oxygen or glucose uptake by the cell will also prevent respiration. Without respiration, energy is not released from glucose and ... rec transfer switch
What is the Root Hair Cell? Definition from Seneca Learning
WebRoot hair cells are long and thin, which gives them a large surface area in order to increase the rate of absorption. They contain mitochondria which is needed for active transport as it moves the minerals against the concentration gradient. WebRoot hair cells play a fundamental role in the absorption of water and mineral ions from the soil which is further transported to other parts of the plant. In the next sections of the … WebRoot hair cells are adapted to do this by having: Large surface area – increases the surface over which minerals are absorbed Permanent vacuole – increases the speed of osmosis Mitochondria – have many mitochondria to increase energy available for active transport of mineral ions. Active Transport Active transport also occurs in the body. rec wax guard set 10pcs neutral