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water vapour
Stomatastomata is a pour found on the leaf or stem of a plant which opens and closes to release water vapour and gases into the atmosphere.
Stomata are found in the lower skin. They help make food by letting carbon dioxide pass through the leaf and oxygen and water vapour to pass out.
Transpiration is the evaporation of cellular water (in the form of water vapour) from the stomata in the leaves of PLANTS. Humans are NOT plants.
Sunken stomata are like normal stomata except they are literally sunken into the leaf a few micrometres. they are usually in a little chamber- imagine a tiny C shape cut into the leaf, and the stomata being on the inside curve of the the C, and the ends of the C being the outside of the leaf. they help prevent transpiration and loss of water vapour as they are more protected from external conditions that speed up transpiration such as winds than stomata which aren't sunken. sunken stomata are usually protected by hairs in the chambers, and these hairs are called trichomes. they trap the water vapour, whcih also helps prevents water loss.
water vapour
Stomatastomata is a pour found on the leaf or stem of a plant which opens and closes to release water vapour and gases into the atmosphere.
when water changes to water vapour by heating is an example of physical change. when water is divided into oxygen and hydrogen by passing electricity is an example of chemical change.
the gas exchange through stomata because it gives more gas to the plants and to the people that breathe in (NOW SATISFIED)
Stomata are found in the lower skin. They help make food by letting carbon dioxide pass through the leaf and oxygen and water vapour to pass out.
plants release extra water in the form of water vapour from small holes of their leaves known as stomata ,that water vapour rises in the atmosphere in the form of clouds and that water vapour returns to earth in form of rain .
To allow gases to diffues in and out of their leaves, down a concentration gradient. Stomata can open and close. This is control by the adjacent guard cells on either side. Stomata will close when it's windy so as not to lose too much water vapour.
Transpiration is the evaporation of cellular water (in the form of water vapour) from the stomata in the leaves of PLANTS. Humans are NOT plants.
Sunken stomata are like normal stomata except they are literally sunken into the leaf a few micrometres. they are usually in a little chamber- imagine a tiny C shape cut into the leaf, and the stomata being on the inside curve of the the C, and the ends of the C being the outside of the leaf. they help prevent transpiration and loss of water vapour as they are more protected from external conditions that speed up transpiration such as winds than stomata which aren't sunken. sunken stomata are usually protected by hairs in the chambers, and these hairs are called trichomes. they trap the water vapour, whcih also helps prevents water loss.
The process of water loss through the stomata of the leaves is called transpiration.The stomata of a leaf are usually found on the underside of most leaves and each consists of two curved cells. When the air is moist, these absorb moisture and become more curved, opening little holes through which air and water vapour can pass in and out. When the air is dry, the stomata close up, minimising the loss of water vapour from inside the leaf. Photosynthesis and respiration are also reduced when this occurs.
Carbon Dioxide enters the leaf through the stomata, which are openings on the underside of the leaf where the exchange of gases occur.Stomata (singular - stoma) take in carbon dioxide and let out oxygen (in the form of water vapour).Carbon dioxide exchange happens generally during the day and the exchange of water vapour (transpiration) generally at night .
Whi many are, many are not (iodine vapour is quite easily seen, for example, where water vapour is not).