Hydrogen bond is the given to the relatively weak secondry interaction between a hydrogen atom bound to an electronegative atom and another atom which is also generally electronegative and which has one or more lone pairs and can thus acts as a base. We can give the follwoing generalized representation of hydrogen bond. overset(delta-)(X)-overset(delta+)(H)...Y Bond dissociation energy of H-bond ranges from 8 and 42kJ/ol, and the most commonly encountred hydrogen bonds are O-H...O, N-H...O and F-H..E. Q. Among molecules of HCl, which of the following forces are present.

Hydrogen bond is the given to the relatively weak secondry interaction

1.	Hydrogen bond is the given to the relatively weak secondry interaction between a hydrogen atom bound to an electronegative atom and another atom which is also generally electronegative and which has one or more lone pairs and can thus acts as a base. We can give the follwoing generalized representation of hydrogen bond. overset(delta-)(X)-overset(delta+)(H)...Y Bond dissociation energy of H-bond ranges from 8 and 42kJ/ol, and the most commonly encountred hydrogen bonds are O-H...O, N-H...O and F-H..E. Q. Among molecules of HCl, which of the following forces are present.
Answer» Interaction between two HCl MOLECULES is found to be greater than 8kJ/mol Weak dipole-dipole interaction Weak ion-dipole interactions All of above Solution :`overset(DELTA+)(H)-overset(delta-)(C)overset(E)(…)overset(delta+)(H)-overset(delta-)(Cl)`. The bondenergy (E) between two `H-Cl` molecules, caused by dipole-dipole interaction is not found to be in the range of unsymmetrical H-bond ENERY, RATHER it is less than 8 kJ/mol, hence this interation is CALLED weak dipole-dipole interaction.