chains where the same simple molecule (called a monomer) repeats even million times.
Polymers are also present in nature, even if biological polymers are generally more rich in term of component variety with respect to artificial polymers. Both nucleic acids (DNA and RNA) and proteins are carbon based biological polymers.
Polymers can be also built from silicon instead of from carbon, due to the ability of silicon to form four covalent bonds like carbon. Silicon rubber is a very diffuse type of silicon based polymer.
Yes, a dehydration reaction joins smaller molecules by removing a water molecule. This process results in the formation of larger molecules and the release of a molecule of water as a byproduct.
Polymers are substances that have large molecules made up of repeating units called monomers. Examples include plastics, DNA, proteins, and carbohydrates.
a cell is much bigger than a water molecule
The process you are referring to is called catabolism. Catabolism involves breaking down large molecules into smaller ones, releasing energy in the process. This process is essential for producing energy and building blocks for anabolic reactions in cells.
A macromolecule is one that has a large number of atoms.A protein is a macromolecule.We learned about a macromolecule in class today.
A molecule containing a very large number of atoms.
A polymer is made up of repeat units usually known as monomers.
DNA is a very large molecule, made up of smaller units called nucleotides that are strung together in a row. DNA contains sugar, phosphate, and nucleotide
The units are incompatible. Millimetres are linear, micro-litres are for volume.
Molecules. DNA is a big molecule made by smaller molecules. http://en.wikipedia.org/wiki/DNA
It's called a polymer ( the single unit is a monomer) a repetitive bonding of a series of smaller molecules, a good example being a complex sugar molecule, a carbohydrate, compose of a string of smaller simple sugars (monosaccharides) to make it a polysaccharide.
When changing from a larger unit to a smaller unit, there will be more of them, so you will multiply.
It is a polymer
A polymer.
Yes, as well as other units. A centimetre is OK for things that range in size from a pencil to a large desk. For smaller objects I would use a millimetre (or smaller unit) and for longer objects a metre or larger units. Yes, as well as other units. A centimetre is OK for things that range in size from a pencil to a large desk. For smaller objects I would use a millimetre (or smaller unit) and for longer objects a metre or larger units. Yes, as well as other units. A centimetre is OK for things that range in size from a pencil to a large desk. For smaller objects I would use a millimetre (or smaller unit) and for longer objects a metre or larger units. Yes, as well as other units. A centimetre is OK for things that range in size from a pencil to a large desk. For smaller objects I would use a millimetre (or smaller unit) and for longer objects a metre or larger units.
It really depends on your space. The cost of larger units is much more expensive than smaller units. Your best bet would be to buy several smaller units.
A chromosome is made up of DNA, which has subunits called nucleotides.