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Transpiration of water is evaporation of excess water in a plant through stomata of a plant. When water is transpired, water is pulled upwards through the vessels to the stomata present in the leaves of the plant. This process not only allows transpiration to occur but also transport the water from the roots to the leaves of the plant.
Wiki User
∙ 11y ago
Wiki User
∙ 15y agoTranspiration is when water is absorbed and pulled from the soil through the roots and travels through the xylem, and minerals are deposited and water is used to make sugar for the plant.
Wiki User
∙ 11y agoIt releases vapor through the pores of the skin or the stomata of plant tissue
Wiki User
∙ 12y agoIt helps the plant by keeping it cool.
Wiki User
∙ 11y agoa
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What force helps move water up through plants?
Capillary action, transpiration, and root pressure move water up through the plant.
What value to a plant is the ability to lose water through transpiration?
Transpiration is the property that allows a vascular plant to move water from the roots up the stems to the leaves, carrying nutrients with it. This is a very old concept; actually transpiration is an essential evil to the plants. The plants have stomata for gaseous exchange and during this exchange of gases the water vapors also get diffused.
Does polarity cause water move from the roots of a plant up to its leaves?
False. Water moves up the Xylem due to a transpiration vaccuum. The polarity allows it to remain cohesive however
Does water move up in plants?
through xylum with the help of transpiration pull
What roots do in transpiration?
No, roots do not transpire. Most transpiration occurs in the stems and the leaves of plants. The bigger the leaf, the more moisture will transpire from the plant.
What force helps move water up through plants?
Capillary action, transpiration, and root pressure move water up through the plant.
What force helps water move through plants?
Capillary action, transpiration, and root pressure move water up through the plant.
What is the transpiration process?
Transpiration is the evaporation of water from the surface of the plant__mainly from leaves. Water particles evaporate from the surface of the leaves, and more water particles move up within the plant to take their place. This process continues down though the plant with particles continually moving up from the roots.The loss of water in plants to the air though the stomata of plant leaves.
What value to a plant is the ability to lose water through transpiration?
Transpiration is the property that allows a vascular plant to move water from the roots up the stems to the leaves, carrying nutrients with it. This is a very old concept; actually transpiration is an essential evil to the plants. The plants have stomata for gaseous exchange and during this exchange of gases the water vapors also get diffused.
Evapotranspiration is the process of?
a plant releasing water vapor.
How is Transpiration done?
Transpiration occurs as water moves through a plant and evaporates from the aerial parts, such as stems, leaves, and flowers. Transpiration helps to cool the plant and bring minerals from the roots up to the top of the plant.
Does polarity cause water move from the roots of a plant up to its leaves?
False. Water moves up the Xylem due to a transpiration vaccuum. The polarity allows it to remain cohesive however
Does water move up in plants?
through xylum with the help of transpiration pull
What refers to water vapors leaving the earths surface through plants?
This process is called transpiration. This process is basically the evaporation of water from plant leaves through the stomata that are small pores on leaves. For this to occur, a plant draws up water from the soil.
What roots do in transpiration?
No, roots do not transpire. Most transpiration occurs in the stems and the leaves of plants. The bigger the leaf, the more moisture will transpire from the plant.
What do you call the movement of water within a plant?
osmosis
What helps move water up in plants?
Cohesion force among water molecules and transpiration pull.
