List of top Chemistry Questions on The solid state asked in AP EAPCET

Which of the following reactions are not feasible?

Which of the following arrangement of magnetic moment is correct for ferrimagnetic substance?
Match List I with List II:
The ratio of edge lengths (fcc lattice) of Cu and Ag is 9:10. If $M_{Ag} = 108 \, g\,mol^{-1}$ and $M_{Cu} = 63.5 \, g\,mol^{-1}$, find the ratio of their densities.
The anions (A) of \(C_pA_q\) molecule forms an fcc lattice. Cations (C) are positioned at the body center and half of the edge centers. The formula of the molecule is:
Elements A and B have fcc and bcc structures respectively with a unit cell edge length of \(3\mathring{A}\) for both elements. The number of atoms in \(210\,gm\) of A is equal to \(594\,gm\) of B. If density of A is \(7\,g\,cm^{-3}\), what is the density of B?
An element crystallising in fcc lattice has a density of \(8.92\,\text{g cm}^{-3}\) and edge length of \(3.61\times 10^{-8}\,\text{cm}\). What is the atomic weight of element?
\((N=6.022\times 10^{23}\,\text{mol}^{-1})\)
Which of the following statement is correct for fcc lattice?
In which of the following crystal lattices are the angles \( \alpha \neq \beta \neq \gamma \neq 90^\circ \)?
If the angle of diffraction (\(\theta\)) is \(60^\circ\) for 9 \AA wavelength of x-rays, what is the spacing between two planes of a solid substance for a first order diffraction (\(n=1\))? (Given: \(\sin 60^\circ = 0.866\))
An element crystallizes in a bcc lattice of edge length 4 \AA. If the density of the element is 10 g cm\(^{-3}\), what is its atomic weight (g mol\(^{-1}\))?
A and B atoms in a crystal are positioned at the corners and face centers respectively. What is the formula of the crystal?
In a crystal lattice, anions A form hcp array. \(\dfrac{2}{3}\) of the tetrahedral voids are occupied by cations C. What is the formula of crystal?
The number of network solids and ionic solids in the list given below is respectively
H$_2$O (ice), AlN, Cu, CaF$_2$, diamond, MgO, CCl$_4$, ZnS, Ag, NaCl, SiO$_2$
The percentage of abundance of three elements X, Y and Z in the earth’s crust are about 27.7, 8.3 and 46.0 by mass respectively. X, Y and Z are
Elements A and B have FCC and BCC structures respectively with unit cell edge length \( a = 3 \, \text{Å} \).
The number of atoms in 210 g of A = number of atoms in 594 g of B.
If density of A is \( 7 \, \text{g/cm}^3 \), what is the density of B?
Which of the following solids is not a molecular solid?
The anions (A) of \( \text{C}_p\text{A}_q \) molecule form an fcc lattice. Cations (C) are positioned at the body center and half of the edge centers. The formula of the molecule is:
The density of Na is 0.613 g cm$^{-3}$. If the edge length of unit cell of Na is 5\AA, the effective number of atoms of Na per unit cell is (Atomic weight of Na = 23 u)}
Ag crystallizes in fcc lattice. What is the total number of tetrahedral voids present in 540 g of Ag metal? (N$_A$ = Avagadro number, Ag atomic weight = 108 g mol$^{-1}$)
Match List I with List II:
The two stable isotopes of carbon present in the naturally occurring carbon are
If molten NaCl contains SrCl$_2$ as impurity, crystallization can generate