Answer:
1; The fact that your arm has two bones splits the energy in two, and each bone that snaps reduces the total energy of the force by a lot. The less energy is travelling through your body, the less damage your internal organs will receive. That's part of why they occur closer to the extremities.
Explanation:
2; The ribs are separate because if they were one solid plate and they'd get smashed and shoot shrapnels into your lung. ... If the bony thorax were solid instead of having gaps, you wouldn't be able to breathe because your lungs couldn't expand when they fill with air as the diaphragm descends.
1. Cooperation
2.Values
3.Culture
Making small metaphors for each code helped me better understand CPT coding]
Answer: The correct option is B (Pilocarpine, a drug that simulates the action of ACh, will decrease heart rate).
Explanation:
Heart rate which is the speed at which the contraction of the heart is measured per minute can increase in certain instances like stress, excitement and exercise. This temporal acceleration of the heart rate is reduced through the parasympathetic nervous system which releases the neurotransmitter, acetylcholine( ACh). This neurotransmitter binds to M2 muscarinic receptors at the cardiac muscle cells causing the heart rate to decrease.
Pilocarpine is a muscarinic acetylcholine receptor agonist which stimulates the action of ACh and will bring about the decrease of heart rate when administered.
Answer:
The epicranius is formed by the frontalis and occipitalis.
Explanation:
The epicranius or epicranial muscle covers the skull from the frontal, upper and part of the posterior region, constituted by the frontalis and occipitalis muscles, so it consists of two sections.
Both muscles, the frontalis and occipitalis, are united by a tendinous structure, and give the mobility to the eyebrows, frontal region and scalp. Separately, the frontalis muscle is related to the facial muscles, while the occipitalis is related to the temporal muscles.
<em>A and B. Temporal and masseter are not part of the epicranial muscle.</em>
