Differences in rate of growth and size are primarily influenced by genetic factors, environmental conditions, and nutritional availability. Genetics determine the potential growth patterns and size of an organism, while environmental factors, such as climate and habitat, can either enhance or limit growth. Additionally, nutrition plays a crucial role, as adequate and appropriate intake of nutrients is essential for optimal growth and development. Together, these factors interact to shape the overall growth trajectory and size of an organism.
The main reason is that growth is compounded. As a result the size of the economy increases exponentially and with compound exponential growth even a small difference can add up to a large difference over time.
On a graph of population growth the size of the population when the growth rate decreases to zero represents an area's carrying capacity.
color size growth rate
Yes
Population growth rate is the rate at which populations change in size over time as a fraction of the initial population. The formula used to measure growth rate is (birth rate + immigration) - (death rate + emigration).
Primarily the cooling rate of the mineral compound.The faster the rate cooling smaller the crystal size of the mineral.Consequently, large crystal specimins are derived from igneous bodies with a very slow rate of cooling.
Neutering does not stop a dog's growth, but it can affect their growth rate and overall size.
The definition is: "The rate of increased size per unit time".
If the population growth rate becomes zero the population size becomes static. It stays where it was when it became zero until the rate changes. If the rate becomes negative the population would begin to shrink.
Growth is growing larger in size development is not growing larger in size but growing something else example girls develop breasts
125%
To determine the growth rate of a lichen, you can measure the increase in size or area over a specific period of time. Marking the boundaries of the lichen and monitoring its expansion can help estimate its growth rate. Additionally, counting the number of new branches or lobes can also provide insight into its growth rate.