If the Electron. Affinity of Chlorine is -3.7 cr then how energy is released when 7.10 g of chlorine otoms are completely converted to chlorine ions? (Cl = 35.5)

The electron affinity of chlorine atom is 3.7eV how much energy in Kcal is released when 2g of chlorine is completely converted to Cl^- ion in a gaseous state?

if electron affinity of chlorine is 350 kJ*mol^(-1) , then what is the amount of energy liberated to convert 1.779g of chlorine (existing at atomic state) to chlroide ions completely (in gaseous state)?

Chlorofluorocarbons are major depletor of ozone layer in stratosphere . They split to release chlorine. One atom of chlorine converts how many molecules of ozone into oxygen ?

Equivalent mass of a metal is 20. how much of the metal will react with chlorine to give 5.0g of metallic chloride.

In the HCI molecule the separation between the nuclei of the two atoms is about 1.27xx10^(-10) m. Find the approximate location of the Centre of mass of the molecule. Given that a chlorine atom is about 35.5 times as massive as a hydrogen atom and nearly all the mass of an atom is concentrated in its nucleus.

Which of the following statements is/are not true A) One ATP molecule yields 32 kJ of energy B. Pentose Phosphate pathway was discovered by Dickens C. When tripalmitin is used as a substrate, the R.Q. is 0.7 D. energy released by one molecule of glucose on complete oxidation corresponds to 1292 kJA

74.5 g of a metallic chloride contains 35.5 g of chlorine, the equivalent weight of the metal is

Calculate the amount of energy released for transition of electrons associated with 1 gram atom of hydrogen so that lowest frequency spectral line is formed in the visible region of the spectrum. [R_(H)=1.1xx10^(7)m^(-1)] .

The amount of energy released when 10^(6) atoms of iodine in vapour state are converted into I^(-) ions is 4.8xx10^(-13)J . What is the electron affinity of iodine in kJmol^(-1)