final single energy point
final single energy point J5JQk
Final single point energy of aspirin is different from aspirin in the solvent. The reason of this circumstance is chaning of cyrstal structure of aspirin in their solvent. Changes in the cyrstal structure also effects the Van der Walls interactions. Changing structure determines the stability of molecule. Stability imortant for interaction of a molecule to another one. Molecular interactions are the crucial force for our lifes. For instance they are determine how do molecules act in nature and our body. Furthermore they determine interaction of molecules with other molecules. In sumarray chaning in the molecular attractions change the final single energy point of molecules. Diffrencies between solvent values’ depend on their chemical properties. Each solvent gives different type of reactions.
Final single point energy of aspirin is
different
from aspirin in the solvent. The reason of this circumstance is
chaning
of
cyrstal
structure of aspirin in their solvent.
Changes
in the
cyrstal
structure
also
effects the Van
der
Walls
interactions
. Changing structure determines the stability of
molecule
. Stability
imortant
for
interaction
of a
molecule
to another one. Molecular
interactions
are the crucial force for our
lifes
. For
instance they
are
determine
how do
molecules
act in nature and our body.
Furthermore
they determine
interaction
of
molecules
with other
molecules
. In
sumarray
chaning
in the molecular attractions
change
the final single energy point of
molecules
.
Diffrencies
between solvent values’ depend on their chemical properties. Each solvent gives
different
type of reactions.
Do not write below this line