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All gases, irrespective of their chemical composition, obey certain laws that govern the relationship between the volume, temperature and pressure of the gases. A given mass of a gas, under definite conditions of temperature and pressure, occupies a definite volume. When any of the three vari..

Like all other first elements of the groups, oxygen also differs from its family members. The anomalous behavior of oxygen is due to its (i) small size (ii) high value of ionization energy and electronegativity (iii) absence of d-orbitals in the valence shel..

Anomalous Behavior of Oxygen - Like all other first elements of the groups, oxygen also differs from its family members. The anomalous behavior of oxygen is due to its (i) small size (ii) high value of ionization energy and electronegativity (iii) absence of d-orbitals in the va..

Stability of a Molecule We have learnt that the electrons in bonding molecular orbitals contribute to attraction between the atoms and thereby help in the formation of bond. On the other hand the electrons in antibonding molecular orbitals contribute to repulsion between the ..

Some hydroxides behave both as bases and acids under different conditions, e.g., hydroxides of zinc, lead and aluminium. These hydroxides are only weakly basic, but like other bases, they still combine with acids to form salt and wate..

Lithium displays most of the characteristic properties of group to which it belongs i.e. the alkali metals group (Group 1..

Because of extremely small size of its atom and high electronegativity, boron differs in its properties from other elements of the group. On the other hand, it resembles silicon to some extent due to diagonal relationship. The following properties illustrate the anomalous behavior o..

When temperature remains constant, the volume of a fixed mass of a gas decreases as the pressure increases, and it increases when the pressure decreases. There is an inverse relationship between pressure and volum..

Choose the function that do not have end behavior lim x → + ∞ f ( x ) = + ∞. => f ( x ) = cos x or f ( x ) = 1 x or f ( x ) = 1 1 + e - x or All of the above..

Which of the functions possesses end behavior lim x → + ∞ f ( x ) = + ∞? => f ( x ) = 1 x or f ( x ) = e x or f ( x ) = x or Both B and C..