Fluorine is a stronger oxidising agent than chlorine in aqueous solution. This is attributed to many factors except

Question

Fluorine is a stronger oxidising agent than chlorine in aqueous solution. This is attributed to many factors except (A) Heat of dissociation (B) Electron affinity (C) Ionization potential (D) Heat of hydration

Tardigrade Admin · Accepted Answer

Greater reactivity of F2 than CI2 in aqueous solutions is not due to ionisation potential. This is because halogens (Cl2, F2) are good oxidising agents i.e., their reactivity depend upon their ability to take up an electron and not to give any electron

Q. Fluorine is a stronger oxidising agent than chlorine in aqueous solution. This is attributed to many factors except

Heat of dissociation

Electron affinity

Ionization potential

Heat of hydration

Greater reactivity of $F_{2}$ than $C I_{2}$ in aqueous solutions is not due to ionisation potential. This is because halogens $(C l_{2}, F_{2})$ are good oxidising agents i.e., their reactivity depend upon their ability to take up an electron and not to give any electron

Q. Fluorine is a stronger oxidising agent than chlorine in aqueous solution. This is attributed to many factors except

Heat of dissociation

Electron affinity

Ionization potential

Heat of hydration

Greater reactivity of F2​ than CI2​ in aqueous solutions is not due to ionisation potential. This is because halogens (Cl2​,F2​) are good oxidising agents i.e., their reactivity depend upon their ability to take up an electron and not to give any electron

Greater reactivity of $F_{2}$ than $C I_{2}$ in aqueous solutions is not due to ionisation potential. This is because halogens $(C l_{2}, F_{2})$ are good oxidising agents i.e., their reactivity depend upon their ability to take up an electron and not to give any electron