Match the following
Column - I Column - II
a) A nearly ideal solution p) $H_{2} O + C_{2} H_{5} O H$
b) A solution showing positive deviation q) $C_{6} H_{6} + C_{6} H_{5} C H_{3}$
c) A solution showing negative deviation r) $C_{6} H_{6} + C H C l_{3}$
d) An azeotropic mixture s) $C H_{3} C O C H_{3}$ + $C_{2} H_{5} O H$
t) $Δ H$ and $Δ V$ are positive
u) $Δ H$ and $Δ V$ are negative

A- q; B- s, t; C- r, u; D- p

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

A- s; B- s, t; C- r; D- q, p

No worries! We‘ve got your back. Try BYJU‘S free classes today!

A- q; B- s; C- r; D- p, t

No worries! We‘ve got your back. Try BYJU‘S free classes today!

A- r; B- p; C- s, t; D- q

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

Solution

The correct option is A A- q; B- s, t; C- r, u; D- p
(A) $C_{6} H_{6} + C_{6} H_{5} C H_{3}$ forms a nearly ideal solution. Both are aromatic hydrocarbons and have similar structure and similar intermolecular forces.
(B) Acetone $+ C_{2} H_{5} O H$ forms a solution showing positive deviation. New interactions are weaker than the interactions in pure components. For such solutions, $Δ$ H and $Δ$ V are positive.
(C) $C_{6} H_{6} + C H C l_{3}$ forms a solution showing negative deviation. New interactions are stronger than the interactions in pure components. For such solutions, $Δ$ H and $Δ$ V are positive.
(D) $H_{2} O + C_{2} H_{5} O H$ forms an azeotropic mixture. It is constant boiling mixture. Two liquids cannot be separated by simple distillation.

Suggest Corrections

Similar questions

\begin{matrix} Column-I & Column-II (A) If the magnitude of current I is increased & (P) Induced current in the loop will be clockwise (B) If the magnitude of current I is decreased & (Q) Induced current in the loop will be anticlockwise (C) If the loop is moved away from the wire & (R) wire will attract the loop (D) If the loop is moved towards the wire & (S) wire will repel the loop (T) Torque about centre of mass of loop is zero due to megnetic force \end{matrix}

\begin{matrix} C o l u m n - I & C o l u m n - I I (a) & A n g l e s i t e & (p) & S u l p h a t e o r e (b) & G a l e n a & (q) & S u l p h i d e o r e (c) & C e r u s s i t e & (r) & O r e o f P b (d) & C i n n a b a r & (s) & C a r b o n a t e o r e (t) & O r e o f H g \end{matrix}

(θ)

g = 10 m / s^{2}

\begin{matrix} Column-I & Column-II (a) & Anglesite & (p) & Sulphate ore (b) & Galena & (q) & Sulphide ore (c) & Cerussite & (r) & Ore of Pb (d) & Cinnabar & (s) & Carbonate ore (t) & Ore of Hg \end{matrix}

Join BYJU'S Learning Program

Column - I	Column - II
a) A nearly ideal solution	p) $H_{2} O + C_{2} H_{5} O H$
b) A solution showing positive deviation	q) $C_{6} H_{6} + C_{6} H_{5} C H_{3}$
c) A solution showing negative deviation	r) $C_{6} H_{6} + C H C l_{3}$
d) An azeotropic mixture	s) $C H_{3} C O C H_{3}$ + $C_{2} H_{5} O H$
	t) $Δ H$ and $Δ V$ are positive
	u) $Δ H$ and $Δ V$ are negative