If a disease or other natural pandemic were to affect the area's plantlife, the herbivore population would most likely be limited.
Also, natural competitors can limit the number of herbivores.
There is no upper limit. For example, take the powers of 2: 1 has 1 factor (1), 2 has two factors (1, 2), 4 has 3 factors (1, 2, 4), 8 has 4 factors (1, 2, 4, 8), etc.; you can keep multiplying indefinitely by 2, to add one more factor.
No. Whatever multiple of the number you think might be the limit, you can always add the whole number again and have a larger multiple.
I do not think there is any limit to the number of times you can change a password.
55 is the largest triangular number in the Fibonacci sequence. 55 is a popular speed limit 55 is a odd
"Still" implies that the original number is a square number. In that case, the answer is as follows: There is no number such that it is a perfect sqiuare and that the number increased (or decreased) by 10 is also a perfect square. And if you do not limit it to perfect square then every non-negative number is a square with the number that is 10 more also being a square.
Predation is a biotic factor that can affect the size of a population in a specific ecosystem. The presence of predators can limit the growth of a population by preying on individuals. This can result in a decrease in the population size.
One example of a biotic factor that could limit the size of a deer herd is predation by large predators like wolves or cougars. These predators can directly reduce the deer population by hunting and consuming deer.
A biotic factor that could limit the size of a deer herd is the availability of food sources. If there is not enough food to support a larger herd, this could lead to competition for resources, malnutrition, and a decrease in reproductive success among the deer population.
Lions
sunlight.
The limit is infinity if the factors do not have to be whole numbers. If you stipulate that the factors have to be whole numbers, then, yes, for each number, there is a limit to how many factors it has. For example, the number 4 has only 3 whole-number factors: 1, 2, and 4.
A biotic factor that might influence the growth of a plant is competition from neighboring plants for resources like sunlight, water, or nutrients. This competition can limit the availability of resources for the plant, impacting its growth and survival.
Unlimited resources or lack of predators do not limit a population from reaching its biotic potential. These factors can allow a population to grow rapidly without constraints on resources or limits from predators.
Competition for resources like food and shelter among individuals in a population can affect the population size. Strong competition may limit the availability of resources, leading to a decrease in population size.
the number of hamburgers available from McDonalds greatly limits the population.
There are many abiotic and biotic factors that can limit populations in an ecosystem.
Anywhere from 1 to an infinite number of factors. 1 has one factor. 9 has three factors. 84 has 12 factors. There is no limit.