Question

Is there bonding in (020) plane for KI? Explain

Answer 1

Yes, There is bonding in(O2O) plane for Kinetic Inhibitor. Atomic arrangement plays an important role in determining the microstructure and behaviour of a solid. Due to differing atomic arrangement, polyethylene is easily deformed, rubber can be elastically stretched. and epoxy is strong and brittle.

Basically there are three levels of atomic arrangement.

1.No Order

2.Short-Range Order

3.Long -Range order

In gases such as argon, the atoms have no order; argon atoms randomly fill up the space to which the gas is confined.

A material displays short-range order if the special arrangement of the atoms extends only to the atom's nearest neighbours. Each water molecule in steam has a short-range order due to the covalent bonds between the hydrogen and oxygen atoms; that is, each oxygen atom is joined to two hydrogen atoms. forming an angle of 104.5° between the bonds. However. the water molecules have no special arrangement with one another.

Polymers also display short-range atomic arrangements that closely resemble the silica glass structure. Polyethylene is composed of chains of carbon atoms, with two hydrogen atoms attached to each carbon. Because carbon has a valence of four and the carbon and hydrogen atoms are bonded covalently, a tetrahedral structure is again produced .

Metals, semiconductors, many ceramics, and even some polymers have a crystalline structure in which the atoms display both short-range and longrange order; the special atomic arrangement extends throughout the entire material. The atoms form a regular repetitive, gridlike pattern, or lattice. The lattice is a collection of points, called lat ice point which are arranged in a periodic pattern so that the surroundings of each point in the lattice are identical. One or more atoms are associated with each lattice point.

By this we can conclude that there is bonding in (O2O) plane for KI.