The density of crystalline `CsCl` is `3.988 g//cm^(3)`. The volume effectively occupied by a single `CsCl` ion pairs in the crystals is :(Given `CsCl` has mol. Mass `168.4`)

The density of crystalline NaCl is 2.165 gm cm^(-3) . What would be the volume of the cube containing one mol of NaCl ?

If the density of crystalline CsCl is nearly 4 "g cm"^(-3) . Calculate (a)The volume of unit cell effectively occupied by one molecule of CsCl if atomic mass of Cs=133 and Cl=35.5 (b)Calculate the smallest Cs-Cs interionic distance

If the density of crystalline CsCl is nearly 4 "g cm"^(-3) . Calculate (a)The volume of unit cell effectively occupied by one molecule of CsCl if atomic mass of Cs=133 and Cl=35.5 (b)Calculate the smallest Cs-Cs interionic distance

Volume occupied by one molecule for water (density=1g cm_3 :

Volume occupied by one molecule of water (density = 1 g cm^(-3) )

Volume occupied by 1 mole water (density = 1 g cm^-3 ) is