How many Cs atoms can be convered to `Cs^(+)` ions by 1 joule energy if `IE_(1)` for Cs is 376 `KJ "mole"^(-1)`

How many Cs atoms can be converted to Cs^+ ions by 1 joule energy , If IE_1 for Cs si 376kJ mol^(-1) ?

The IE_(1) of Cs is 376 kj/mole . The number of Cs atoms that can be converted to Cs^(+) ions by 1J energy is

The energy required to convert all atoms present in 1.2 g. magnesium to Mg^(2+) ions if IE and IE_(2) of magnesium are 120 kJ "mol"^(-1) and 240 kJ "mol"^(-1) respectively

The energy required to convert all atoms present in 1.2 g. magnesium to Mg^(2+) ions if IE and IE_(2) of magnesium are 120 kJ "mol"^(-1) and 240 kJ "mol"^(-1) respectively

3.795 g of sulphur is dissolved in 100g of CS_(2) . This solution boils at 319.81 K. What is the molecular formula of sulphur in solution? The boiling point of CS_(2) is 319.45 kJ (Given that K_(b) for CS_(2) = 2.42 K kg mol^(-1) and atomic mass of S = 32)

CsCl has bcc structure with Cs^(+) at the centre and Cl^(-) ion at each corner. If r_(Cs^(+)) is 1.69Å and r_(Cl^(-)) is 1.81Å what is the edge length of the cube?

CsCl has bcc structure with Cs^(+) at the centre and Cl^(-) ion at each corner. If r_(Cs^(+)) is 1.69Å and r_(Cl^(-)) is 1.81Å what is the edge length of the cube?

CsCl has bcc structure with Cs^(+) at the centre and Cl^(-) ion at each corner. If r_(Cs^(+)) is 1.69Å and r_(Cl^(-)) is 1.81Å what is the edge length of the cube?

In CsCl with cubic structure, Cl^(-) ions are located at each corner and Cs^(+) ions at the centre of the unit cell. If r_(Cs^(+)) and r_(Cl^(-)) and 1.69Å and 1.81Å respectively. Find the value of edge length of cube.