Use the graph above to determine if the below statements are accurate or inaccurate.
(2 points)
Accurate Inaccurate
There must always be a higher population of predators than prey in order for both populations to survive.
Accurate – There must always be a higher population of predators than prey in order for both populations to survive.
Inaccurate – There must always be a higher population of predators than prey in order for both populations to survive.
The two populations have no affect on each other. The fluctuations are just random.
Accurate – The two populations have no affect on each other. The fluctuations are just random.
Inaccurate – The two populations have no affect on each other. The fluctuations are just random.
A decrease in the prey population would cause a decrease in the predator population because competition between the predators would increase as it becomes harder to find food.
Accurate – A decrease in the prey population would cause a decrease in the predator population because competition between the predators would increase as it becomes harder to find food.
Inaccurate – A decrease in the prey population would cause a decrease in the predator population because competition between the predators would increase as it becomes harder to find food.
An increase in the prey population would cause an increase in the predator population because there would be more food available for the predators
Accurate – An increase in the prey population would cause an increase in the predator population because there would be more food available for the predators.
what’s the other abswers
Inaccurate – There must always be a higher population of predators than prey in order for both populations to survive. The graph does not show this relationship as the predator population lags behind the prey population.
Inaccurate – The two populations have no affect on each other. The fluctuations are just random. The graph clearly shows that there is a relationship between the populations, as the predator population follows the fluctuations of the prey population.
Inaccurate – A decrease in the prey population would cause a decrease in the predator population because competition between the predators would increase as it becomes harder to find food. The graph shows that a decrease in the prey population leads to a decrease in the predator population.
Accurate – An increase in the prey population would cause an increase in the predator population because there would be more food available for the predators.
In order to determine if the statements are accurate or inaccurate, we need to analyze the graph. The graph mentioned in the question is not provided, so we cannot visually interpret it. However, we can still discuss the general relationships between predator and prey populations.
Statement 1: "There must always be a higher population of predators than prey in order for both populations to survive."
This statement is inaccurate. The predator and prey populations can fluctuate in relation to each other, but they do not always require a higher predator population for both populations to survive. This relationship can vary depending on the specific ecological dynamics of the predator-prey interaction.
Statement 2: "The two populations have no affect on each other. The fluctuations are just random."
This statement is inaccurate. Predator and prey populations have a significant influence on each other. Fluctuations may occur, but they are not solely random. The interactions between the two populations can lead to cycles and patterns of increase and decrease.
Statement 3: "A decrease in the prey population would cause a decrease in the predator population because competition between the predators would increase as it becomes harder to find food."
This statement is accurate. A decrease in the prey population can result in a decrease in the predator population. With fewer prey available, competition among predators increases, making it harder for predators to find food. This scarcity of food can lead to a decline in the predator population.
Statement 4: "An increase in the prey population would cause an increase in the predator population because there would be more food available for the predators."
This statement is accurate. An increase in the prey population can result in an increase in the predator population. With more prey available, predators have a greater food supply, leading to increased reproduction and population growth.
Note: Without the specific graph mentioned in the question, it is not possible to provide a definitive analysis. However, based on general ecological principles, the above statements represent common patterns observed in predator-prey relationships.