Answer:
This law’s purpose is to ensure the safety of all drivers on the road
Explanation:
just took it
Answer 1: The correct answer is the occipital lobe.
The occipital lobe refers to one of the four major lobes in the human brain. It is located in the rear portion of the brain (refer to the attached image). The occipital lobe is responsible for processing and making sense of the stimuli we receive/ see with our eyes. This lobe helps us make sense of what we see, and where (distance, depth, etc.) we see something.
Answer 2: The correct answer is left hemisphere . . . hemisphere
In the earlier days of studying the human brain, scientists believed that the left hemisphere was the dominant hemisphere of the brain, compared to the right hemisphere. It is also worth nothing that the left hemisphere is associated with logic, language and numerical ability, while the right hemisphere is associated with creativity, artistic ability and imagination. However, more recently, scientists consider both brain hemispheres as equally dominant in day-to-day functions. It is not true that the left brain is more dominant, since both hemispheres perform important functions.
Answer:
3)Tangie is told she may eat one chocolate, then sneaks off and eats 12
Hey,
What kind of physical activity would you advise Brad to take up?
Answer:
biking or swimming
Answer: B. An individual has an autoimmune disorder that destroys the beta cells of the pancreas.
C. An individual’s insulin receptors are defective.
Explanation:
Diabetes mellitus is a common disease. In this disease the level of sugar in the blood is affected. This occurs when pancreas does not produce enough insulin or the receptors involving insulin also become resistant to insulin, which is a sugar balancing hormone.
Type 1 diabetes involves the complete lack of production of insulin by the beta cells of the pancreas. The beta cells of pancreas are destroyed by the body's self immune system.
Type 2 diabetes involves the development of insulin resistance by the target cells of the body. The insulin secretes but cannot compensate for the increase in blood glucose levels due to due to defective receptors on target cells.
On the basis of above explanation, B. and C. are the correct options.