Yes they do. Just after replication a prokaryotic cell is smaller than other "full grown" cells. It rapidly synthesizes macro molecules and grows in size until it is ready to replicate itself. Prokaryotic growth often refers to population growth or replication or doubling time of a particular species referring to the time it takes a cell to divide.
The rate at which a population will increase with no limits is called its intrinsic growth rate. This rate is influenced by factors such as birth rate and death rate within the population. It represents the maximum potential for growth in ideal conditions.
Engulfing smaller prokaryotic cells would provide the larger prokaryotic cells with a potential source of nutrients and energy, aiding in their survival and growth. It also prevents competition for resources and reduces predation pressure on the larger prokaryotic cells.
it is possible to increase a fish growth with magnetized water .
The best description for the exponential growth of species is if the resources available are unlimited, each species can grow to its full potential. This leads the species to grow in numbers.
It increase plant growth.
It is due to the increase in the amount of cells. The growth of single-celled organisms is due to the increase in the size of the cell.
There are about eighty five species of krill, ranging in size from under a half inch up to five and a half inches long. The size in any one species can increase rapidly with growth when ample food is present.
cells get bigger
Growth, enlargement, engorgement, expansion.
In general, growth refers to the incremental increase in size.
Humans need to maintain enough space and resources to increase the earth's capacity for all species. They have to make sure that they and other people have enough to survive.