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 : 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 : 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 : 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 : How can the cell in 'B', be brought back to its original 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 : Was the solution isotonic, hypotonic or hypertonic in which the cell was kept ?

The given figure shows which of the following cells?

The figure given below shows a cell undergoing meiosis. Which of the option below shows the next stage in the process?

The figure given below shows the epidermal cells of an onion bulb. This cell was then transferred to a drop of sugar solution. What should be done to restore the cell back to its original condition ?

The figure shows a plot of terminal voltage 'V' verus the current 'I' of a given cell. Calculate from the graph (a) emf of the cell and (b) internal resistance of the cell.

The figure given below shows the epidermal cells of an onion bulb. This cell was then transferred to a drop of sugar solution. Define the term osmosis.