MCQ
In which compound, the hydrogen bonding is the strongest in its liquid phase
  • $HF$
  • B
    $HI$
  • C
    $C{H_4}$
  • D
    $P{H_3}$

Answer

Correct option: A.
$HF$
(a) Compound containing highly electronegative element $(F, O, N)$ attached to an electropositive element $(H)$ show hydrogen bonding. Fluorine $(F)$ is highly electronegative and has smaller size.

So hydrogen fluoride shows the strongest hydrogen bonding in the liquid phase.

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

The correct match between items of List $-I$ and List $-II$ is
List $-I$ List $-II$
$(A)$ Phenelzine $(p)$ Pyrimidine
$(B)$ Chloroxylenol $(q)$ Furan
$(C)$ Uracil $(r)$ Hydrazine
$(D)$ Ranitidine $(s)$ Phenol
The atomic radius of elements of which of the following series would be nearly the same
The number of lone pairs on chlorine atom in $\text{ClO}^−$$\text{ClO}_2^−$​, $\text{ClO}_3^−$$\text{ClO}_4^−$​ ions are:
The enthalpies of all elements in their standard states are:
If $\Delta H_f^o$ for ${H_2}{O_2}$ and ${H_2}O$ are $ - 188\,kJ/mole$ and $ - 286\,kJ/mole$. What will be the enthalpy change of the reaction $2{H_2}{O_2}(l) \to 2{H_2}O(l) + {O_2}(g)$

......$kJ/mole$

Consider the following four elements, which are represented according to long form of periodic table.

Here $W, Y$ and $Z$ are left, up and right elements with respect to the element $'X'$  and $'X'$ belongs to $16^{th}$ group and $3^{rd}$ period. Then according to given  information the incorrect statement regarding given elements is

In Carius method of estimation of halogen. $0.45\,g$ of an organic compound gave $0.36\,g$ of $AgBr$. Find out the percentage of bromine in the compound.Molar masses : $AgBr =188 g mol ^{-1}: Br =80 g mol ^{-1}$ )
Product $(x)$ is
Energy of the electron in Bohr's orbit is equal to ?
The two substances $A$ and $B$ are in equilibrium with $C$ and $D$ as $2A + B \rightleftharpoons 3C + 2D$ if the initial pressure of $A$ and $B$ in the ratio of $4 : 1$ and at equilibrium partial pressure of $A $and $D$ are equal. Find the correct relation