chromosomal defect
Nitrogen is used for DNA replication, so you need it for cell replication and growth.
Nitrogen is an element. It is usually found as the molecule N2 not N. Therefore there are two atoms of nitrogen in this molecule.
2. Nitrogen in the atmosphere here on Earth is considered diatomic.
The complimentary pairing of the two strands of DNA with their nitrogen-containing bases allows them to make exact copies. Each one matches up with another exactly to make the "blue print" of the cell.
N2 = dinitrogen molecule NO2 = nitrogen dioxide molecule NO3 = nitrogen trioxide molecule
No, nitrogen gas (N2) molecule is not a dipole because it has a linear structure with two identical nitrogen atoms, resulting in a symmetrical distribution of charge. This symmetry cancels out any dipole moment in the molecule.
it is complimentary to thymine. it forms a double bond with thymine.
Nitrogen is used for DNA replication, so you need it for cell replication and growth.
Enzymes split the DNA molecule into two rails and then transport corresponding nitrogen bases to each rail.
Nitrogen is an element that is usually found alone as the N2 molecule. It is not a compound.
A molecule made up of two atoms is called a diatomic molecule. A diatomic molecule can be composed of two of the same atoms, called a diatomic element. Hydrogen gas, H2, is an example of a diatomic element. A diatomic molecule can also be a compound composed of two atoms of different elements, such as carbon monoxide, CO.
Molecule of nitrogen has 3 atoms of nitrogen. Nitrogen molecule exist as N3.
A Nitrogen molecule are two atoms of Nitrogen bonded by a covalent bond. The Nitrogen molecule is represented as N2.
Nitrogen is an element. It is usually found as the molecule N2 not N. Therefore there are two atoms of nitrogen in this molecule.
Nitrogen is both an element and a molecule. In molecular form, Nitrogen forms a binary molecule N2 with a triple bond between the two Nitrogen atoms.
A molecule, SO2
Your answer is "Helicase". This is the enzyme responsible for the unzipping of the DNA molecule, or in other words, the breakage of the bonds of its nitrogen bases.