Answer:
D. 43%
Explanation:
The correct answer to this open question is the following.
Although there is no bar or graphic attached, from previous classes we can say that the percentage of adults that are familiar with all three eating disorders is 43 percent.
The three most notable eating disorders in the United States are Binge Eating Disorder, Bulimia Nervosa, and Anorexia Nervosa.
When a person eats very large amounts of food in short periods, then this individual has Binge Eating Disorder. They permanently gain weight, they secretly eat so nobody can see them, but they have remorse and feel bad.
People who throw up their food have Bulimia Nervosa Disorder. In the case of Anorexia Nervosa, people use pills to be slim, they have bad eating habits, over-emphasizes the slim image obsession, and they do more than recommended exercise to be fit.
Senses are first. Then they relay information through nerves.
Cheese cake will last up to 5 days
The question is incomplete as it lacks the group of choices required to answer this. However, the complete group of choices is as follows:
a. the auditory cortex is located in the two temporal lobes.
b. the auditory cortex in each hemisphere receives information from both ears.
c. the auditory cortex of the left hemisphere receives information only from the right ear.
d. different areas of the auditory cortex are involved in language comprehension and production of language.
Answer:
The correct option is - C. the auditory cortex of the left hemisphere receives information only from the right ear.
Explanation:
In humans and many other vertebrates, the temporal lobe has a part that analyzes or processes auditory information known as the auditory cortex. It is an essential part of the auditory system that plays higher functions in hearing and processing it as switching languages.
The given options are correct so there would be no reason not to tell this to your audience, except option C which is incorrect, speaker should tell the audience that the auditory cortex in each hemisphere gets the auditory information from both ears.
