How would surface area, volume and surface area to volume ratio of a cell change as the cell becomes bigger, if the cell does not change shape?

There is growing evidence of a decrease in bee populations. This decrease is a serious problem because of their valuable role as pollinators in the ecosystems where they live. Neonicotinoid pesticides have been implicated in this decrease because they have been found at trace levels in the nectar and pollen of crop plants and in the bee colonies.
Scientists placed colonies of a species of bumblebee, Bombus terrestris, in the laboratory to test the effects of different levels of a neonicotinoid on their development. They divided the colonies into three groups:
- The control colonies were given a solution of water and sugar that resembled nectar produced by flowers.
- A second group of colonies was given the same sugar solution containing a neonicotinoid dissolved in it at low concentrations, similar to those found in nature.
- A third group of colonies was given the same sugar solution containing a neonicotinoid dissolved in it at high concentrations, similar to those found in nature.

After two weeks, all colonies were placed in the field to allow the bumblebees to feed naturally.

The diagrams represent cells with the same concentration of dissolved substances in their cytoplasm. If all the cells were placed in the same hypertonic sucrose solution, which cell would show the greatest rate of change in the concentration of its cytoplasm?

Which graph represents the change in cell surface area to volume ratio with increasing cell diameter?

What happens to the cell surface area to volume ratio as a cell grows?

In a cell, what is the effect of a large surface area to volume ratio?

During which stage does the cell surface area to volume ratio decrease?

What features of a cell favour efficient removal of waste products?

What happens to the surface area to volume ratio as a cell grows?

What is proportional to a cell's surface area?