Which molecules/ions are most paramagnetic?
Which molecules/ions are most paramagnetic?
April 2022
BUDDHIST LITERATURE. [PART 1]: UPSC Daily Important Topic |10 April 2022
BUDDHIST LITERATURE. [PART 1] Canonical buddhist texts. ✓Canonical texts are the books which lay down the basic tenets and principles of a religion. ✓Various Buddhist schools classify their canonical literature in different ways, some into 9 or 12 Angas, others into 3 Pitakas. ✓ There are Pali, Chinese, and Tibetan versions of the Tipitaka. The
BUDDHIST LITERATURE. [PART 1]: UPSC Daily Important Topic |10 April 2022 Read More »
The geometrical arrangement and shape of I−3 are respectively
The geometrical arrangement and shape of I−3 are respectively
The geometrical arrangement and shape of I−3 are respectively Read More »
In a chemical change from PCl3 −−−→PCl5 the hybrid state of P changes from
In a chemical change from PCl3 −−−→PCl5 the hybrid state of P changes from
In a chemical change from PCl3 −−−→PCl5 the hybrid state of P changes from Read More »
A bonded molecule MX3 is T-shaped. The number of non-bonding pairs of electrons is :
A bonded molecule MX3 is T-shaped. The number of non-bonding pairs of electrons is :
A bonded molecule MX3 is T-shaped. The number of non-bonding pairs of electrons is : Read More »
Among the following isostructural compounds, which one has highest lattice energy?
Among the following isostructural compounds, which one has highest lattice energy?
Among the following isostructural compounds, which one has highest lattice energy? Read More »
The outer orbitals of C in ethene molecule can be considered to be hybridized to give three equivalent sp² orbitals. The total number of sigma (s) and pi (p) bonds in ethene molecule is
The outer orbitals of C in ethene molecule can be considered to be hybridized to give three equivalent sp² orbitals. The total number of sigma (s) and pi (p) bonds in ethene molecule is
The correct order of increasing bond angle order is
The correct order of increasing bond angle order is
The correct order of increasing bond angle order is Read More »