You are a scientist researching west nile virus, a mosquito-borne pathogen. you note that a number of cases of west nile disease in your county skyrocketed to their highest levels ever this past summer, which also was the wettest summer in 100 years. using the scientific method, develop a sound hypothesis explaining the increase in disease cases last summer and a method for testing this hypothesis.

       First of all, let's think about the scientific method, and its processes of how it works.

       It all starts with observation, so we need to check all the data we have and all the information that can be collected to have a good thought on what's going on.

        After gathering enough information, let's think about a hypothesis that could help solving this problem. Well, reading the question, we can check that that region passed through the wettest summer in 100 years, and that's the main problem here, because before this weather, was this disease a problem? I guess not, so this can be a reason, the change in the percentage of water in the air.

         With that said, we need to test if this is true or not, and for that, we'll need mosquitoes with the West Nile virus, and we'll put them in different environments, one that it's wet, and another one that it's not that wet, just like the West Nile problem. This way we can check if this is the problem or not, if it's affecting their reproduction and etc.

the correct answer: the index of refraction of the second medium is lower i tried this persons answer and it was wrong this person is lying

it would affect precipitation by causing flooding in some areas of the world due to climate increasing, causing the glaciers in the northern and southern pole of our planet to melt.

i wish you would have provided choices to simplify it and allow me to give an exact answer.