As ions are charged species a strong interactions(attractions) are possible between
the oppositely charged ions. Where as london dispersion forces(vanderwaal forces) are weak
forces as they are induced dipole-dipole attractions, these are temporary and weak attractions. ex:
between Na+& Cl- strong ionic attractions are present. between 2 molecules of water london
forces involve. and hence NaCl has high mp & bp than H2O
Solution
As ions are charged species a strong interactions(attractions) are possible between
the oppositely charged ions. Where as london dispersion forces(vanderwaal forces) are weak
forces as they are induced dipole-dipole attractions, these are temporary and weak attractions. ex:
between Na+& Cl- strong ionic attractions are present. between 2 molecules of water london
forces involve. and hence NaCl has high mp & bp than H2O.
As ions are charged species a strong interactions.pdf
1. As ions are charged species a strong interactions(attractions) are possible between
the oppositely charged ions. Where as london dispersion forces(vanderwaal forces) are weak
forces as they are induced dipole-dipole attractions, these are temporary and weak attractions. ex:
between Na+& Cl- strong ionic attractions are present. between 2 molecules of water london
forces involve. and hence NaCl has high mp & bp than H2O
Solution
As ions are charged species a strong interactions(attractions) are possible between
the oppositely charged ions. Where as london dispersion forces(vanderwaal forces) are weak
forces as they are induced dipole-dipole attractions, these are temporary and weak attractions. ex:
between Na+& Cl- strong ionic attractions are present. between 2 molecules of water london
forces involve. and hence NaCl has high mp & bp than H2O
