The oxidising strength of bromine depend...

The oxidising strength of bromine depends on how many of the following enthalpies.
(A)\(\ Delta H_{sublimation}\)
(B) \(\Delta H_{Bond dissiociation energy}\)
(C) \(\Delta H_{ evaporation}\)
(D) \(\Delta H_{hydration}\)
(E)\(\ Delta H_{electrongain}\)

Similar Questions

Explore conceptually related problems

For which of the following change Delta H!=Delta U ?

Which of the following reactions represents Delta H (hydration) :-

In which of the following Delta H = Delta U ?

For which of the following change Delta H ne Delta E ?

In which of the following, Delta U=Delta H ?

In which of the following reactions is Delta H not equal to Delta E ?

Which of the following reactions is Delta H less than Delta E ?

In which of the following process of neutralization is the magnitude of Delta H_("neutralization") less than that of Delta H_("ionization") of water ?

Delta H_("fusion") of a substance is 'x' and Delta H_("vap") is 'y', then Delta H_("sublimation") will be

The oxidising strength of bromine depends on how many of the following enthalpies. (A)\(\ Delta H_{sublimation}\) (B) \(\Delta H_{Bond dissiociation energy}\) (C) \(\Delta H_{ evaporation}\) (D) \(\Delta H_{hydration}\)(E)\(\ Delta H_{electrongain}\)

Similar Questions

Recommended Questions

The oxidising strength of bromine depends on how many of the following enthalpies.
(A)\(\ Delta H_{sublimation}\)
(B) \(\Delta H_{Bond dissiociation energy}\)
(C) \(\Delta H_{ evaporation}\)
(D) \(\Delta H_{hydration}\)
(E)\(\ Delta H_{electrongain}\)