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

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) ?

In CsCl lattice the coordination number of Cs^(+) ion is

Cesium atoms are the largest neturally occurring atoms. The radius of Cs atom is 2.6 Å . The number of moles of Cs atoms to be laid side by side to give a row of Cs atoms 2.5 cm long is x xx 10^(-17) . Find the value of x .

Cesium atoms are the largest neturally occurring atoms. The radius of Cs atom is 2.6 Å . The number of moles of Cs atoms to be laid side by side to give a row of Cs atoms 2.5 cm long is x xx 10^(-17) . Find the value of x .

Cesium atoms are the largest neturally occurring atoms. The radius of Cs atom is 2.6 Å . The number of moles of Cs atoms to be laid side by side to give a row of Cs atoms 2.5 cm long is x xx 10^(-17) . Find the value of x .

What is the coordination number of Cs^(+) in CsCl ?

In CsCI lattice the coordination number of Cs ion is

In CsCI lattice the coordination number of Cs ion is