In the given figures 'A' shows a cell in the normal state and 'B' shows the same cell after leaving it in a certain solution for a few minutes :

Was the solution isotonic, hypotonic or hypertonic in which the cell was kept ?

In the given figures 'A' shows a cell in the normal state and 'B' shows the same cell after leaving it in a certain solution for a few minutes : Name the parts numbered 1 to 3 .

In the given figures 'A' shows a cell in the normal state and 'B' shows the same cell after leaving it in a certain solution for a few minutes : Define the process which led to this condition.

In the given figures 'A' shows a cell in the normal state and 'B' shows the same cell after leaving it in a certain solution for a few minutes : Describe the change which has occurred in the cell as seen in B.

In the given figures 'A' shows a cell in the normal state and 'B' shows the same cell after leaving it in a certain solution for a few minutes : Give the technical terms for the condition of the cell as reached in B and as it was in A.

In the given figures 'A' shows a cell in the normal state and 'B' shows the same cell after leaving it in a certain solution for a few minutes : How can the cell in 'B', be brought back to its original condition ?

Compare the cells kept in isotonic, hypotonic and hypertonic solutions.

The given figure shows which of the following cells?

A cell kept in a solution increases in volume. The solution is

When a cell is placed in a hypertonic solution:

A plant cell when kept in a certain solution got plasmolysed. What was the nature of the solution ?