Hydrogen bonds hold cellulose molecules together in bundles large enough to form fibers..
Hydrogen bonds are weak bonds that are not strong enough to hold atoms together to form molecules but are strong enough to form bonds within and around large molecules.
Cellulose is a component of a number of commercially available materials, including most kinds of paper. In addition, it makes up an essential component of plant cell walls. Cellulose is an organic compound which consists of multiple chains of glucose molecules strung together. Which in turn makes it durable and useful enough for paper.
Molecules are often visible if you have enough of them. Enough carbon molecules and you have coal.
Heat is transferred from the hot molecules to the cold ones. That means that faster molecules collide with the ice molecules; the ice molecules gain enough energy to escape from the other ice molecules (to break the bonds that kept them together).
Atoms are the smallest unit of a single element. Molecules are clusters of atoms bound together, like O2 (oxygen) or NO2 (Nitrous Oxide). Particles are still small, but large enough to reflect light, and usually made of lots of molecules.
Hydrogen bonds are weak bonds that are not strong enough to hold atoms together to form molecules but are strong enough to form bonds within and around large molecules.
Cellulose is a component of a number of commercially available materials, including most kinds of paper. In addition, it makes up an essential component of plant cell walls. Cellulose is an organic compound which consists of multiple chains of glucose molecules strung together. Which in turn makes it durable and useful enough for paper.
in plants and algae, the cell wall is made of cellulose, a polysaccharide. Because molecules cannot easily diffuse across cellulose cell wall of plants and algae have openings, or channels. water and other molecules small enough to fit through the channels and can freely pass through the cell wallet.
Molecules are often visible if you have enough of them. Enough carbon molecules and you have coal.
Technically, the molecules are close together and vibrate in place. They do not stay move fast enough to overcome the attraction between them.
Technically, the molecules are close together and vibrate in place. They do not stay move fast enough to overcome the attraction between them.
The plant is not producing enough cellulose
Attractions between molecules may affect the viscosity of a liquid because if the molecules aren't attracted close enough together, the viscosity will be much lower (the liquid will have a watery appearance). If the molecules are closer together, the liquid will have a higher viscosity
You buy shingles by the square. Three bundles cover one square. A square is 10x10. So four bundles should be more than enough.
locked up in hexagon shaped framework, in three dimensions, small space between these six molecules, giving ice a slighly lower density than liquid water. water molecules are hydrogen bonded together
Heat is transferred from the hot molecules to the cold ones. That means that faster molecules collide with the ice molecules; the ice molecules gain enough energy to escape from the other ice molecules (to break the bonds that kept them together).
The plant is not producing enough cellulose