Froth floatation process is used for the concentration of the ore of

  • A
    $Fe$
  • B
    $Al$
  • C
    $Cr$
  • D
    $Cu$

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Similar Questions

Which of the ores mentioned in the table can be concentrated by the magnetic separation method?
Metal Ores and Composition
$Aluminium$ $Bauxite: AlO_{x}(OH)_{3-2x} (0 < x < 1)$; $Kaolinite: [Al_{2}(OH)_{4}Si_{2}O_{5}]$
$Iron$ $Haematite: Fe_{2}O_{3}$; $Magnetite: Fe_{3}O_{4}$; $Siderite: FeCO_{3}$; $Iron pyrites: FeS_{2}$
$Copper$ $Copper pyrites: CuFeS_{2}$; $Malachite: CuCO_{3} \cdot Cu(OH)_{2}$; $Cuprite: Cu_{2}O$; $Copper glance: Cu_{2}S$
$Zinc$ $Zinc blende or Sphalerite: ZnS$; $Calamine: ZnCO_{3}$; $Zincite: ZnO$

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When $ZnS$ and $PbS$ minerals are present together,then $NaCN$ is added to separate them in the froth floatation process as a depressant,because

Which of the following methods is used to separate wolframite and stannic oxide present in cassiterite?

Magnetic separation is used for increasing the concentration of which of the following ores?

An ore like zinc blende is concentrated by

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