Which statement is incorrect?

  • A
    $Cu^{+2}$ oxidises $I^{-}$ to $I_2$
  • B
    $MnO_3F$ exists
  • C
    $MnF_7$ exists
  • D
    $MnF_4$ exists

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Similar Questions

The order of basic character for the monoxides of transition metals is . . . . .

The ${E^0}_{M^{3+}/M^{2+}}$ values for $Cr, Mn, Fe$ and $Co$ are $-0.41, +1.57, +0.77$ and $+1.97 \ V$ respectively. For which one of these metals is the change in oxidation state from $+2$ to $+3$ the easiest?

Assertion $(A):$ $VF_5$ is stable while $VCl_5$ is not.
Reason $(R):$ Fluorine stabilizes the higher oxidation state due to its higher bond enthalpy.
The correct option among the following is

$A$ transition metal exists in its highest oxidation state. It is expected to behave as

Vanadium $(III)$ oxide $(V_2O_3)$ is a strong:

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