`F_(2)` is formed by reacting `K_(2) MnF_(6)` with

Fluorine is obtained by the interaction of K_2MnF_6 with Lewis acid SbF_5 because of the :

Fluorine is obtained by the interaction of K_2MnF_6 with Lewis acid SbF_5 because of the

Which of the following complex is formed when A reacts with K_(4)[Fe(CN)_(6)] ?

Statement-1 : Fluorine is obtained by the interaction of K_2MnF_6 with lewis acid SbF_5 Statement-2 : Stronger lewis acid SbF_5 displaces weaker acid MnF_4 from K_2MnF_6 and MnF_4 being unstable decomposes to give MnF_3 and F_2

Statement-1 : Fluorine is obtained by the interaction of K_2MnF_6 with lewis acid SbF_5 Statement-2 : Stronger lewis acid SbF_5 displaces weaker acid MnF_4 from K_2MnF_6 and MnF_4 being unstable decomposes to give MnF_3 and F_2

Show the product that is formed by the interaction of xenon with excess of O_(2)F_(2) at 155K.

Which of the following is formed when O_(2)F_(2) reacts with Xe ?

F_(2) can be prepared by reacting hexfluoro magnante (IV) with antimony pentafluoride as: K_(2)KnF_(6)+SbF_(5)overset(150^(@)C)toKSbF_(6)+MnF_(3)+F_(2) ltBrgt The number of equivalent of K_(2)MnF_(6) requried to react completely with one " mol of " SbF_(5) in the given reaction is