No, an odd number can have any number of factors. There is no limit but you do know that the number 2 is not one of those factors.
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.
The theoretical limit to the number of factors included in an ANOVA is primarily governed by the sample size and the degrees of freedom available. Each additional factor requires additional degrees of freedom for the model, which can lead to overfitting if the sample size is not sufficiently large. Practically, as the number of factors increases, the complexity of the model grows, making it harder to interpret and potentially leading to issues like multicollinearity. Therefore, while there is no strict upper limit, the number of factors should be balanced with the sample size and the research objectives.
there is no minimum limit of CRR in India but the maximum limit is 15%
i think there is no age limit
Three factors that are limit dispersal of a species are physical barriers, competition, and climate.
Three factors that limit dispersal of a species are physical barriers, competition, and climate.
Food and water, living space, and homeostasis(stable internal conditions).
The ocean acts as a dispersal barrier for terrestrial organisms that cannot survive in water or travel long distances across it. Physical barriers like strong currents, lack of suitable habitats, and predation can limit dispersal across the ocean for many species.
The new insect species may face competition for resources such as food, shelter, and mates with existing species in the area, limiting its dispersal. The established species might outcompete the new insect and prevent it from establishing populations in different habitats. Intraspecific competition among the new insect individuals themselves can also limit their dispersal to areas with more favorable conditions.
Some examples of physical barriers that limit dispersal include mountain ranges, rivers, oceans, deserts, and urban areas. These barriers can block the movement of individuals or species, impacting their ability to reach new habitats or populations.
Mountain ranges can limit a species' distribution by creating physical barriers that prevent species from moving between different habitats. The steep, rugged terrain and varying climate conditions can create barriers to dispersal and limit access to resources like food and shelter. As a result, species on one side of a mountain may have limited gene flow with populations on the other side, leading to genetic isolation and potential divergence.
Plants can become endangered due to habitat destruction, overexploitation by humans (such as for medicinal or ornamental purposes), introduction of invasive species, pollution, and climate change. These factors can decrease the population size of plants, limit their ability to reproduce, and disrupt essential ecological processes.
Explosive splitting enables the seed to be dispersed only around the parent plant, and not as far as other methods of dispersal, such as animal dispersal, of which the seeds can be dispersed for as many as a few kilometers.
Factors that can limit geographic distribution include climate suitability, availability of resources (such as food and water), competition with other species, presence of predators or diseases, and physical barriers like mountains or bodies of water. Additionally, human activities, such as habitat destruction and fragmentation, can also restrict the distribution of species.
The 5 forces that affect a population are limiting factors, natural disasters, climate change, introduction of non-native species, and population changes.
There is no limit to the number of factors.