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 : 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 ?

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 : Describe the change which has occurred in the cell as seen in B.

The given figure shows which of the following cells?

Given below are the diagrams of a certain structure in plants in two conditions : Name the parts numbered 1-5.

Given below is a diagram of the cell as seen number the microscope after having been placed in a solution. Name the parts numbered A to

The diagrams given below show the cross-section of two kinds of blood vessels : Name the parts numbered 1 and 2

The diagram given below shows the internal structure of a spinal cord depicting a phenomenon. Study the diagram and answer the questions: Name the parts numbered 1, 2 and 3.