In the process of photosynthesis, leaves take in carbon dioxide, converting the carbon in it to plant material, and release oxygen
Electronegativity, for an important trend.
Gases enter and exit a leaf through stomata. These are openings in the epidermis which are regulated by guard cells. Guard cells decide which gases can go in and out. The gas that goes in is carbon dioxide and the gas that goes out it oxygen.
Many toxic gases can have distinct odors, but not all do. For example, gases like hydrogen sulfide have a strong smell reminiscent of rotten eggs, while others, like carbon monoxide, are odorless and can be particularly dangerous because they may go undetected. It's important to note that the absence of odor does not mean a gas is safe, so proper detection methods are crucial in identifying toxic gases in the air.
just go outside look at the trees with leaves on them and you will see leaves or go outside in the fall.duh.........1.orange leave 2.green leave 3.red leave ect.there are lots of leaves more than just thesethere are different shapes as well and some are even purple so look it up lol :)
The fourth colom from the left.
there are allot of gases go to google
Plants excrete by giving us oxygen.The principal things that a plant needs to dispose of are O2, and water. The O2, waste product of photosynthesis, is got rid of by diffusion from the leaves; and the surplus water, now unwanted after transport of minerals, is got rid of by guttation, and appears as small spherical droplets on the edges of the leaves. Commonly mistaken for dew.Waste (gases) pass through the stem and into the leaves through tiny tubes called xylem and phloem. Then, the gases go into the air through the stomatal pores on the bottoms of the leaves.
where does grant go after he leaves the jail
when a plant takes up water from the roots the water and nutrients go into the xylem and go up the stem by both adhesion and cohesion to get to the leaves. the leaves of the plant use transpiration to pull the water up by letting out water vapour and gases through the stomata and guard cells.
how important is the malunggay leaves Malunggay leaves have the ability to make forced diuresis...especially for those who have diuretic problems...it comes from the powder of the malunggay LEAVES...Moringa oleifera has the ability to be antiasthmatic...for more information please go to this website: http://www.stuartxchange.org/Malunggay.html ...:-)
when a plant takes up water from the roots the water and nutrients go into the xylem and go up the stem by both adhesion and cohesion to get to the leaves. the leaves of the plant use transpiration to pull the water up by letting out water vapour and gases through the stomata and guard cells.
when a plant takes up water from the roots the water and nutrients go into the xylem and go up the stem by both adhesion and cohesion to get to the leaves. the leaves of the plant use transpiration to pull the water up by letting out water vapour and gases through the stomata and guard cells.
when a plant takes up water from the roots the water and nutrients go into the xylem and go up the stem by both adhesion and cohesion to get to the leaves. the leaves of the plant use transpiration to pull the water up by letting out water vapour and gases through the stomata and guard cells.
Oxygen exits the plant through the stomata. Water vapors also exits through the stomata.
atmoshpere
It's seed does not have two cotyledons. The leaves have veins that go upward, not branching out from a thick, center midrib(the center vein in most leaves) ~Those are the main reasons of why a corn is a monocot.
Electronegativity, for an important trend.