When gas travels through different pressures and mediums.
Transpiration is the process by which plants lose water from their leaves through small openings called stomata.
The Molisch test is used to detect the presence of carbohydrates in a given sample. During a viva voce for the Molisch test, you may be asked to explain the principle of the test, demonstrate how it is performed, and interpret the results obtained. Be prepared to discuss the formation of a purple ring when positive for carbohydrates due to the reaction between α-naphthol and sulfuric acid.
The pigment of-the photosynthesis process center is green which frees oxygen from water which is carried out by the chloroplasts of-the plant cells & other color pigment from other processes involved w/ carrying out around that process also adds colors of their-own which may not be noticeable. For example: Some tropical plants are red because that pigment protects the plant from-the suns ultraviolet waves. (From-the previous post) While I'm at it, the formula for photosynthesis is: 6CO2+6H2O -YIELDS- C6H12O6+O12
Transpiration is the process by which plants lose water from their leaves through small openings called stomata.
because the catabolic process is low. in plants catabolic product are used in anabolic process. and excess amount of water s excerated by tranpiration(in day time) and by guttation (in night time)
Cohesion tension theory Cohesion- the attraction between water molecules Adhesion- the attaction between water molecules and the hydrophillic lining of the xylem vessels...... known as Tranpiration Pull
Stoma are present on the lower surface of leaf.They are involved in gaseous exchange,tranpiration,removal of extra water and waste.Lenticals are present on the outer layer of woody or hard stem.They are used for removal of waste.
when we waste too much of water,it goes to the suck-away and becomes so dirty,tranpiration occurs on it which in return becomes drinking water,also,such water is refined to become drinking water and these waters are not so pure and become harzardous to our health when too much of it is taken.
Transpiration is the process by which plants absorb water through their roots and then release it as vapor through their leaves. This process helps transport nutrients throughout the plant, cool the plant, and maintain its structure. It also contributes to the water cycle by releasing water vapor into the atmosphere.
The Molisch test is used to detect the presence of carbohydrates in a given sample. During a viva voce for the Molisch test, you may be asked to explain the principle of the test, demonstrate how it is performed, and interpret the results obtained. Be prepared to discuss the formation of a purple ring when positive for carbohydrates due to the reaction between α-naphthol and sulfuric acid.
When transpiration does not take place, plants are not able to release excess water through their leaves. This can lead to an accumulation of water in the plant, potentially causing wilting, root damage, and even death. Additionally, transpiration plays a key role in plant cooling and nutrient uptake, so the lack of transpiration can disrupt these processes as well.
Cactus can survive in hot, dry places because they have developed special abilities that allow them to conserve the water they do receive and make it last a long time. Most cactus have extensive, shallow root systems that allow them to soak up any rainfall that may come their way.
The pigment of-the photosynthesis process center is green which frees oxygen from water which is carried out by the chloroplasts of-the plant cells & other color pigment from other processes involved w/ carrying out around that process also adds colors of their-own which may not be noticeable. For example: Some tropical plants are red because that pigment protects the plant from-the suns ultraviolet waves. (From-the previous post) While I'm at it, the formula for photosynthesis is: 6CO2+6H2O -YIELDS- C6H12O6+O12
light, along with carbon dioxide and water allows photosynthesis to happen, producing glucose and oxygen. therefore, the glucose created may allow the plant to transpire? so im thinking the light along with carbon dioxe and water equally affects the activity of transpiration, using the energy made by photosynthesis. i may not be correct as im year10, and i just briefly read the definition of transpiration, but that's what i think. EDIT: College student Carbon dioxide and light are necessary for photosynthesis to occur. Plants have specialized structures known as stomata, essentially tiny little mouths, that open up in order to allow carbon dioxide to enter the plant. The problem is, plants also really need water, and when stomata are open, water leaks out the tiny little holes. It wouldn't be very efficient to keep the stomata open all the time, as the plant would constantly be losing water. For that reason, plants only open their stomata when all the conditions are right for photosynthesis. If light and CO2 are missing, the stomata stay closed and the plant gets to keep its water. If light and CO2 are present, the stomata open and photosynthesis begins. Transpiration is defined by water loss through the leaves of a plant, so it makes sense that it would go way up when the stomata are open. Transpiration rate increases with light intensity.
Plants can helped slow down global warming by a method known as Carbon offset. Carbon offset is the act of mitigating greenhouse gas emissions. Carbon dioxide is one of the greenhouse gas that is rising in level, trapping more heats and escalating global warming. Forests around the world were cleared at an alarming pace, leading to global warming. So to answer your question, yes, it can help to 'cure' global warming by reducing the amount of greenhouse gases. plants will only reduce carbon dioxide in the atmosphere. And if it is very effective, then we will still have methane and nitrous oxide left in our atmosphere.