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Question:

When electric current is passed through a cell containing the electrolyte + ve ions move towards the cathode and – ve ions move towards anode. If the cathode is pulled out of the solution.

  • A

    + Ve And – Ve Ions Both Will Move Towards The Anode

  • B

    + Ve Ions Will Start Moving Towards Anode And – Ve Ions Will Stop Moving

  • C

    – Ve Ions Will Continue Moving Towards The Anode And + Ve Ions Will Stop
    Moving

  • D

    + Ve Ions And – Ve Ions Will Start Moving Randomly.

Posted by: Jyotsana Anand on: 19 Dec, 2017
Answer

D is the correct option as without electicity no electric field generate and ions can move randomly without any systematic order  

Answer
D without electricity the ions would be moving randomly in the solution as their would be no proper direction for the current to follow and have total movement of ions in a particular well defined direction.
Answer
D. In the absence of electric field the ions in the solution move randomly due to thermal energy.
Answer
D . The ions would move randomly without producing electricity in absence of one of the terminals in the cell
Answer
D. In absence of electric Field in moves randomly due to thermal energy
Answer
D--+ ve ions and – ve ions will start moving randomly. In the absence of electric field the ions in the solution move randomly due to thermal energy.

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