Estimate the change in energy when solid rubidium reacts with gaseous diatomic chlorine molecules. Express your answer in units of kJ/mole. Do not refer to the periodic table to solve this problem. The following data may be useful in your calculation:

Question

Estimate the change in energy when solid rubidium reacts with gaseous diatomic chlorine molecules. Express your answer in units of kJ/mole. Do not refer to the periodic table to solve this problem. The following data may be useful in your calculation:

Madelung Constant: 1.763
Born Exponent: 12
Heat of Vaporization of Rubidium: 75.77 kJ/mole
Ionization Energy of Rubidium: 4.177 eV
Covalent Radius of Rubidium: 2.16 Angstroms
Covalent Radius of Chlorine: 0.99 Angstroms
Electron Affinity of Chlorine: -349 kJ/mole
Dissociation Energy of Chlorine: 244 kJ/mole
Ionic Radius of Chlorine: 167 pm
Ionic Radius of Rubidium: 166 pm

Answer 1

delta H = Ecryst+Evaporization+E(Rb, ionization)+Edissociation+Eaffinity

Answer 2

that is what, not understand what you want to publicize.thanks for what you have done

Answer 3

-435

by amar chauhan

Answer 4

amar I got -479 which was wrong can you break it down so I can see where I was wrong

Answer 5

Estimate the change in energy when solid rubidium reacts with gaseous diatomic chlorine molecules. Express your answer in units of kJ/mole. Do not refer to the periodic table to solve this problem. The following data may be useful in your calculation:

delta H = Ecryst+Evaporization+E(Rb, ionization)+Edissociation+Eaffinity

that is what, not understand what you want to publicize.thanks for what you have done

-430.5

-422.24

-435

amar I got -479 which was wrong can you break it down so I can see where I was wrong

I used the born haber cycle but got the wrong answer where in the notes can I double check my steps better?