if there is no sunlight nor fresh air in hospital and a premature has chicken pox, what will happen to him
Ans: As a premature the baby's condition is critical than normal. Even though during chicken pox too much exposure to sunlight is not preferred as it may cause the pox more itchy and as the skin is more sensitive at that time it may cause burns but lots of research work supports that a little bit exposure can help as the UV radiation of sunlight can help to denature the viral cells also exposure to sunlight stimulates the production of Vit D in the body which helps the body to defend and sustain itself against the impact of chicken pox virus. Also as no fresh air is present in the room it will result in too much viral load in the air causing the child to get more infected also those taking care of the baby may also get infected while tending to the baby and other babies who are if present in the child care ward will get infected too.
if there is no sunlight nor fresh air in hospital and a premature has chicken pox,...
A 15-year-old male is recovering from chicken pox when his mother notices he has been acting confused. The teenager was brought to the emergency department when he his mother witnessed him having a seizure. A CT scan was done and showed the patient’s liver was enlarged. What syndrome does the patient likely have, what catabolite over production causes the syndrome, and how does the catabolite over production impact the urea cycle and pyrimidine synthesis?
Your coworker says that her spouse is in the hospital for elective surgery and his recovery is complicated by two infections: He has chicken pox all over the upper half of his body, and shingles on his legs. What questions will you ask for clarification?
Your coworker says that her spouse is in the hospital for elective surgery and his recovery is complicated by two infections: He has chicken pox all over the upper half of his body, and shingles on his legs. What questions will you ask for clarification?
9. A scuba diver is in fresh water has an air tank with a volume of 0.0100 m3. The air in the tank is initially at a pressure of 1.00 × 107 Pa. Assume that the diver breathes 0.500 L/s of air. Density of fresh water is 1.00 × 103 kg/m3. How long will the air in the tank last at 17.4 m? Answer is in min
Getting the Fried Chicken Right Understanding Hospital Foodservice Operations by Studying Fried Chicken Production Background Like most hospitals, the Magic Mountain Hospital has two major lines: one for inpatients also known as the tray line, in which food is put on trays and delivered to hospital rooms. The second line is the cafeteria line which serves food to staff and anyone else who comes to the cafeteria. The cafeteria hours at lunchtime are 11:00 am to 1:30 pm. ...
A fish maintains its depth in fresh water by adjusting the air content of porous bone or air sacs to make its average density the same as that of the water. Suppose that with its air sacs collapsed, a fish has a density of 1.09 g/cm3. To what fraction of its expanded body volume must the fish inflate the air sacs to reduce its density to that of water?
A fish maintains its depth in fresh water by adjusting the air content of porous bone or air sacs to make its average density the same as that of the water. Suppose that with its air sacs collapsed, a fish has a density of 1.06 g/cm3. To what fraction of its expanded body volume must the fish inflate the air sacs to reduce its density to that of water? please help:)
Converting sunlight to electricity with solar cells has an efficiency of 15%. It's possible to achieve a higher efficiency (though currently at higher cost) by using concentrated sunlight as the hot reservoir of a heat engine. Each dish in the figure concentrates sunlight on one side of a heat engine, producing a hot-reservoir temperature of 510 degrees C. The cold reservoir, ambient air, is approximately 28 degrees C. The actual working efficiency of this device is 30%. What is the...
Review I Constants I Periodic Table Converting sunlight to electricity with solar cells has an efficiency of 15%. It's possible to achieve a higher efficiency (though currently at higher cost) by using concentrated sunlight as the hot reservoir of a heat engine. Each dish in (Figure 1) concentrates sunlight on one side of a heat engine, producing a hot-reservoir temperature of 600 °C. The cold reservoir, ambient air, is approximately 30 °C. The actual working efficiency of this device is...
ReviewI ConstantsI Periodic Table Part A Converting sunlight to electricity with solar cells has an efficiency of 15%. It's possible to achieve a higher efficiency (though currently at higher cost) by using concentrated sunlight as the hot reservoir of a heat engine. Each dish in the figure concentrates sunlight on one side of a heat engine, producing a hot-reservoir temperature of 530 °C. The cold reservoir, ambient air, is approximately 28 °C. The actual working efficiency of this device is...