The deep red colouration is due to the formation of-Fe-CH-3COO-Fe-3-OH-2-CH-3COO-6-Fe-3-CH-3COO-6-Fe-OH-2CH-3COO

Question

Toppr Admin · Accepted Answer

When added to neutral FeCl3- acetates produce a red coloration-FeCl3-3CH3COOH-x2192-CH3COO-3Fe-3HClIn aqueous solution it forms-xA0-Fe3-OH-2-CH3COO-6-

The deep red colouration is due to the formation of:
$F e (C H_{3} C O O)$
$[F e_{3} (O H)_{2} (C H_{3} C O O)_{6}]^{+}$
$[F e_{3} (C H_{3} C O O)_{6}]$
$F e (O H)_{2} C H_{3} C O O$

When added to neutral $F e C l_{3}$ , acetates produce a red coloration.
$F e C l_{3} + 3 C H_{3} C O O H \to (C H_{3} C O O)_{3} F e + 3 H C l$
In aqueous solution it forms $[F e_{3} (O H)_{2} (C H_{3} C O O)_{6}]^{+}$ .

The deep red colouration is due to the formation of:Fe(CH3COO)[Fe3(OH)2(CH3COO)6]+[Fe3(CH3COO)6]Fe(OH)2CH3COO

When added to neutral FeCl3, acetates produce a red coloration.FeCl3+3CH3COOH→(CH3COO)3Fe+3HClIn aqueous solution it forms [Fe3(OH)2(CH3COO)6]+.

The deep red colouration is due to the formation of:
$F e (C H_{3} C O O)$
$[F e_{3} (O H)_{2} (C H_{3} C O O)_{6}]^{+}$
$[F e_{3} (C H_{3} C O O)_{6}]$
$F e (O H)_{2} C H_{3} C O O$

When added to neutral $F e C l_{3}$ , acetates produce a red coloration.
$F e C l_{3} + 3 C H_{3} C O O H \to (C H_{3} C O O)_{3} F e + 3 H C l$
In aqueous solution it forms $[F e_{3} (O H)_{2} (C H_{3} C O O)_{6}]^{+}$ .