Identify the correct combination from the following:
Column I Column II
A Hydrogen Hydrogen bonding
B Hydrogen iodide Dipole-dipole forces
C Ammonia Hydrogen bonding
D Mercury Vander waals forces
E Magnesium oxide Dipole-dipole forces

B & C

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A, B & C

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A & D

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A, D & E

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Solution

The correct option is C B & C
Hydrogen bond is the attractive force between the hydrogen attached to an electronegative atom of one molecule and the electronegative atom of the other molecule,this electonegative atom is usually $F, O$ or $N .$

Dipole dipole forces are the forces of attraction between the positive end of one polar molecule and the negative end of the another polar molecule.

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Match the following:

$\begin{matrix} C o l u m n I & C o l u m n I I (1) . N o n - p o l a r M o l e c u l a r s o l i d s & (i) C o u l o m b i c o r e l e c t r o s t a t i c f o r c e s (2) . H - B o n d e d M o l e c u l a r s o l i d s & (i i) . H - b o n d i n g (3) . I o n i c s o l i d s & (i i i) . M e t a l l i c b o n d i n g (4) . W e a k d i s p e r s i o n f o r c e s & (i v) . W e a k d i s p e r s i o n f o r c e s (5) . M e t a l l i c s o l i d s & (v) . d i p o l e - d i p o l e i n t e r a c t i o n . (v i) . c o v a l e n t B o n d i n g . \end{matrix}$

Q. Which of the following statement is correct regarding dipole-dipole force?

Proteins are found to have two different types of secondary structures viz $α -$ helix and $β -$ pleated sheet structure. $α -$ helix structure of protein is stabilised by
(a) peptide bonds (b) van der Waals, forces
(c) hydrogen bonds (d) dipole-dipole interactions

Q. Identify the correct reason for zero dipole moment.

Q. Identify correct order of average molecular dipole moment.

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	Column I	Column II
A	Hydrogen	Hydrogen bonding
B	Hydrogen iodide	Dipole-dipole forces
C	Ammonia	Hydrogen bonding
D	Mercury	Vander waals forces
E	Magnesium oxide	Dipole-dipole forces

Identify the correct combination from the following:Column IColumn IIAHydrogenHydrogen bondingBHydrogen iodideDipole-dipole forcesCAmmoniaHydrogen bondingDMercuryVander waals forcesEMagnesium oxideDipole-dipole forces

Identify the correct combination from the following:
Column I Column II
A Hydrogen Hydrogen bonding
B Hydrogen iodide Dipole-dipole forces
C Ammonia Hydrogen bonding
D Mercury Vander waals forces
E Magnesium oxide Dipole-dipole forces