Explore topic-wise InterviewSolutions in Current Affairs.

Two moles of an ideal gas $(C_{p,m}=\frac{5}{2}R)$ is heated from 300 K to 600 K. Calculate $△S_{gas},$ if process is carried out at constant volume:

The number and type of bonds between two carbon atoms in $Ca{C}_2$ are

Silk is produced by

Valence bond theory helps to know about:

The smallest among the following ions is

From the following pairs of ions which one is not an iso-electronic pair ?

Which are true statements among the following ?

(A) $P{H}_5$ and $BiC{L}_5$ do not exist

(B) Bond order of $C{O}_3^{-2}$ is 1.33

(C) $Se{F}_4$ and$C{H}_4$ have same shape

(D) $I_3^{+}$ has bent geometry

(E) The number of$P_{\pi }-d_{\pi }$ bonds in $S{O}_2\&S{O}_3$ are same

Reason for doping of impurities in semiconductors is to

Which of the following hydrolysis product(s) are common in hydrolysis of $Xe{F}_2\text{and}Xe{F}_4$ respectively?

Which of the following phenols has the largest $p{K}_a$ value (i.e., least acidic)?

100ml of 1M NaOH is mixed with 50ml of1N KOH solution . What is Normality of mixture?

Ammonium hydroxide is a weak base because

Which one of the following represent the bond-line structure of isoheptane?

Write IUPAC names of the following compounds.

$C_6{H}_5-O-C_2{H}_5$

$C_6{H}_5-O-C_7{H}_{15}(n-)$

Which of the following pairs of complexes are isomeric with each other but their aqueous solutions exhibit different molar conductivities?

The reaction N${}_2$O${}_4$ (g) $\rightleftharpoons$ 2NO${}_2$ (g) is
carried out at 298 K and 20 bar. Five moles of each of N${}_2$O${}_4$and
NO${}_2$, are taken initially. Given: $\Delta$${}_f$G${}^{\circ }$
(N${}_2$O${}_4$) = 100 kJ mol${}^{-1}$ and $\Delta$${}_f$G${}^{\circ }$
(NO${}_2$) = 50 kJ mol${}^{-1}$.Choose the appropriate option: The values of
$\Delta$G and K${}^{\circ }$${}_p$ at 298 K are:

Three atoms of magnesium combine with 2 atoms of nitrogen. What will be the weight of magnesium which combines with 1.86 g of nitrogen

The wave function $\psi$ in the Schrodinger wave equation represents

Carbon monoxide is allowed to expand isothermally and reversibly from $15m^{3}to30m^3$ at $300K$ and work obtained is $8.595kJ$. Calculate the number of moles of carbon monoxide. Take R = 8.3 $J{K}^{-1}mo{l}^{-1}$ and ln2 = 0.69

The suitable reagent for the following conversion?

i.e. $C{H}_3-C\equiv C-C{H}_3\stackrel{R}{⟶}\text{trans-alkene}$: