When the anode is removed from an electrolyte cell, the behavior of ions and the flow of current can be understood through the following points.

Effect of Anode Removal
Removing the anode disrupts the electrochemical reactions occurring in the cell. The anode is crucial for oxidation reactions, where electrons are released.

Current Flow Dynamics
- **Initial Current Flow**: For a brief period after the anode's removal, there may still be some current flow due to the existing charge separation and movement of ions within the electrolyte.
- **Ion Movement**: The ions in the electrolyte will not start moving randomly immediately. They are still influenced by the electric field present in the cell until it dissipates.

Time Frame for Current Dissipation
- **Short Duration**: The current will continue to flow for a very short duration (milliseconds to seconds), depending on the concentration of ions and the distance between the electrodes.
- **Eventual Random Movement**: As the electric field collapses, ions will begin to move randomly due to thermal agitation, losing their directional flow.

Conclusion
In summary, upon removing the anode, the current will not stop instantaneously. There will be a short period during which ions continue to flow, but eventually, the removal of the anode leads to random ion movement as the driving electric field ceases. Understanding this concept is crucial for NEET preparation and electrochemical principles.