Current thinking has it that they don't exist. None have ever been observed, and most basic models of worm holes are unstable (they would collapse very quickly). There are some models which do allow for worm holes, but those models have not yet been accepted as true by most physicists; they are mainly models which ultimately aspire to become theories of everything and in order for worms holes to be stable they have to allow for certain exotic particles which are not currently part of the Standard Model of particle physics.
Carbon Dioxide gets into the plant by being absored through tiny, pore-like holes called Stomata. These microscopic holes are located in the leaves.
It gets the Carbon Dioxide form the air. It has holes in its leaves to set the air in called 'stomata'.
Soot is present in the flame because when the air holes are closed, there is not enough oxygen for the fuel to burn completely. This incomplete combustion leads to the formation of carbon particles, which then combine to form soot.
The black sphere in molecular modeling kits represents a carbon atom, which can form up to four chemical bonds due to its atomic structure and electron configuration. The four holes represent the four locations where the carbon atom can share or receive electrons to form these bonds with other atoms.
the leaf has super little holes. The holes breathe in the carbon dioxide.
Ball-and-stick models of atoms are used to represent atomic structures, where balls represent atoms and sticks represent chemical bonds. The number of holes in the model is determined by the valence of the atom, which determines how many bonds the atom can form. Atoms with different valence numbers, such as carbon (4) and oxygen (2), will have different numbers of holes in their ball-and-stick models.
Breads have holes in them because they emit carbon dioxide in the bread. The carbon dioxide expands more than the air and water in the bread, thus making large holes.
A chain.
Through holes in their leaves...
Since carbon can bond with up to four other elements at once, the model of carbon should have four holes.
Current thinking has it that they don't exist. None have ever been observed, and most basic models of worm holes are unstable (they would collapse very quickly). There are some models which do allow for worm holes, but those models have not yet been accepted as true by most physicists; they are mainly models which ultimately aspire to become theories of everything and in order for worms holes to be stable they have to allow for certain exotic particles which are not currently part of the Standard Model of particle physics.
To take in carbon dioxide and release oxygen
stomata
the leaf!
they get carbon dioxide by small holes called stomata.
Cheeses that have holes have them because of carbon dioxide gas. Not all cheeses have holes because not all cheeses have the same texture, so in some cheeses holes are not made.