The graph below shows that
h t t p ://tinypic. c o m /r/11shxdj/3
(take out spaces)
a. favorable environmental conditions can cause a population to increase slowly at first and then rapidly
b.favorable environmental conditions enable an equilibrium to be reached between preadtor and prey
c. a decrease in one population is accompanied bu an increase in another
d. snowshoe hares are at the bottom of the pyramid of energy
e. the only source of food for lynx is hares
Is it c?
2. which is an accurate statement of the events that occured between 1910 and 1940
a. an increase in the hare population was accompanied by an increase in the lynx population
c. the lynx population decrease due to a change in the abiotic factors in the environment
d. the slow increase in the hare population between 1910 and 1915 was primarily due to intraspecific competition
e. the probability is that both populations will be reduced to small numbers
I don't know this one at all. please help
can you help with #2
Without the graph, we cannot help.
To answer the first question, you provided a link to a graph, but unfortunately, I am unable to access external links or view images. However, I can provide you with general guidance on how to interpret the options and make an informed choice.
Based on the description of the graph, the options presented are:
a. favorable environmental conditions can cause a population to increase slowly at first and then rapidly
b. favorable environmental conditions enable an equilibrium to be reached between predator and prey
c. a decrease in one population is accompanied by an increase in another
d. snowshoe hares are at the bottom of the pyramid of energy
e. the only source of food for lynx is hares
Without visualizing the specific graph, you can try to make an inference based on the information given in the options. Consider the relationships between different organisms and populations within an ecosystem, and try to use your understanding of ecological principles.
It is difficult to give a definite answer without seeing the graph, but the most likely answer is option c. In many ecosystems, the populations of different species are interconnected, and a decrease in one population can be accompanied by an increase in another population. This relationship is often observed between predator and prey species. However, it's important to note that without seeing the graph, it is only speculation.
Regarding the second question, the options are:
a. an increase in the hare population was accompanied by an increase in the lynx population
c. the lynx population decreased due to a change in the abiotic factors in the environment
d. the slow increase in the hare population between 1910 and 1915 was primarily due to intra-specific competition
e. the probability is that both populations will be reduced to small numbers
Again, without more context or data, it is difficult to provide a definitive answer. However, based on general ecological principles, option a seems plausible. In many ecosystems, an increase in prey population can lead to an increase in predator population, as more food becomes available. However, taking into account the time frame and specific ecological factors might help you make a more accurate assessment.
In any case, it's important to always refer to the specific graph or context provided to make the most accurate choice.