the two continuous lattices that carbon can form are found in diamond and graphite
Haha, No, they're not. Protons are found in all molecules that exist (and even in some that don't!).
14 Bravais lattices are known and 230 space groups.
there are various ways of placing point in space such that all the points have identical suroundings. these are called Bravais lattices after the scientis Bravais(1848). There are 5 Bravais lattices in 2-D and 14 lattices in 3-D. the five 2-D Bravais lattices are as follows:- 1.oblique 2. square 3. Hexagonal 4. Primitive rectangular 5. Lentred rectangular
Noble gases are all gases and not solids. In addition they are generally chemically inert as they have completely filled orbitals. Also the most active solids are generally found in group 1
the two continuous lattices that carbon can form are found in diamond and graphite
Ionic bonds: Ionic solids, Covalent bonds in giant covalent molecules such as diamond, silicon dioxide Metallic bonds- metals Crystal lattices are just a regular arrangement of atoms/molecules. They are not unique to any one form of bonding.
Haha, No, they're not. Protons are found in all molecules that exist (and even in some that don't!).
Haha, No, they're not. Protons are found in all molecules that exist (and even in some that don't!).
14 Bravais lattices are known and 230 space groups.
ionic lattice is made of ions & atoms
Dynamical Theory of Crystal Lattices has 432 pages.
Dynamical Theory of Crystal Lattices was created on 2007-08-30.
there are various ways of placing point in space such that all the points have identical suroundings. these are called Bravais lattices after the scientis Bravais(1848). There are 5 Bravais lattices in 2-D and 14 lattices in 3-D. the five 2-D Bravais lattices are as follows:- 1.oblique 2. square 3. Hexagonal 4. Primitive rectangular 5. Lentred rectangular
Euclid was the one who proved that there are only five platonic solids.
Solids, and Liquids
ice, smoke and dust