Answer:
Superior Vena Cava -> Right Atrium -> Right Ventricle -> Pulmonary Artery -> Lungs -> Left Atrium -> Left Ventricle -> Aorta -> Rest of Body
Answer:
Superior Vena Cava -> Right Atrium -> Right Ventricle -> Pulmonary Artery -> Lungs -> Left Atrium -> Left Ventricle -> Aorta -> Rest of Body is correct!
b. draws the angle of the mouth up as in smiling
c. elevates and retracts the mandible
d. Temporalis does all of the above actions
Answer:
The correct option is : c. elevates and retracts the mandible
Explanation:
The temporalis muscle or the temporal muscle, is one of the muscles that are involved in the process of mastication or chewing. It is a fan-shaped and broad muscle which belongs to the group of chewing – lower mandible.
Mandible is the lower jaw or the jawbone, is a very strong and the largest bone in the human face.
The main function of the temporalis muscle is the elevation and the refraction of the mandible.
Mitral regurgitation is a leakage of blood that flows backward via the mitral valve during contraction of the left ventricle which results in systolic murmur.
Explanation:
Mitral valve is seen between the left atrium and left ventricle,it prevents the back flow of blood during left ventricular contraction. In case of mitral valve regurgitation or stenosis condition it results in back flow of blood to left atrium it further results in increased blood pressure in left atrium and fluid buildup in lungs and leads to systolic murmur. During cardiac cycle systole occurs when heart contracts and diastole occurs when heart relaxes.
A systolic murmur, like in Mr. G's case, is caused by a mitral valve defect. The valve leaks during systole, causing abnormal blood flow, which in turn leads to the creation of the murmur.
Mr. G's mitral valve defect could have caused a systolic murmur due to the leaking of the valve. In a healthy heart, the mitral valve should close during the process of systole to prevent the backflow of blood. However, in Mr. G's case, the mitral valve leaks, leading to an abnormal flow of blood. This irregular flow creates a noise known as a murmur. This is specifically termed a systolic murmur because it happens during systole - the phase of the heart beat when the heart muscle contracts and pumps blood out of the heart.
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Answer:
33 mL
Explanation:
It is important to recognize that the total amount of pure syrup remains constant:
Total syrup in the stock solution = total syrup in dilute solution
Thus, we can use the dilution formula
V₁c₁ = V₂c₂
Data:
V₁ = ?; c₁ = 80 %
V₂ = 47 mL; c₂ = 24 %
Calculations:
1. The volume of stock syrup
2. The volume of soda solution
Total volume of dilute solution = 47 mL
The volume of stock syrup = 14
Volume of soda solution = 33 mL
You need 33 mL of soda solution.
Answer:
Cartilaginous
(B) Adrenocortical hyperfunction
(C) Androgen-producing tumors
(D) Adrenal hyperplasia
Answer: (A) Hyperal dosteronism
Explanation:
In the case of hyperaldosteronism the levels of secretion of aldosterone increases. This can become responsible for alkolosis and hyperkalemia. High blood pressure, low levels of potassium, headache, muscle weakness, numbness and feeling tired are the symptoms of the hyper dosteronism. Also the increase in the content of sodium and decrease in levels of magnesium causes polyuria and polydipsia without causing polyphagia.
Answer:
no there is no question and you scam people
Explanation: