Why do members of the noble gas family have low boiling points ?

Why do noble gases have low boiling points ?

The noble gas with the highest boiling point is :

Among the hydrides of the members of oxygen family, which has (1) Lowest boiling point (ü) Highest reducing character (ii) Highest thermal stability (iv) Weakest acidic character?

(a)Why are the elements of group 18 known as noble gases? (b)Noble gases have very low boiling points why? (c ) Does the hydrolysis of XeF_(6) lend in a redox reaction?

(a)Why are the elements of group 18 known as noble gases? (b)Noble gases have very low boiling points why? (c ) Does the hydrolysis of XeF_(6) lend in a redox reaction?

(a) what happens when (i) Chlorine gas is passed though a hot concentrated solution of NaOH? (ii) sulphure dioxide gas is passed through an aqueses solution of Fe (III) salt? (b) Answer the following : (i) what is the basicity of H_(3) PO_(3) and why?. (ii) why does fluorine not pay the role of a central atom in interhalogen compounds ? (iii) Why do noble gases have very low boiling points ?

Account for the follwing : (i) Bi(v) is a stronger oxidizing agent then Sb(v). (ii) N-N single bond is weaker then P - P Single bond. (iii) Noble gases have very low boiling points.

Which isomer will have a higher boiling point?

Which of the following will have higher boiling point and why? CH_(3)NH_(2) or CH_(3)OH

Which of the following solution will have highest boiling point ?