Answer:
Obstructions are different in adults and children because first of all children have a smaller airway meaning that some objects may cut off there breathing more easily. Also children are more likely to get objects stuck in there airways since they don’t know any better. To retrieve an object from a child’s airway you should make sure they are breathing first and then use special tools to go in the child’s throat and retrieve the object. For an adult you will do the same thing but use a different tool. If the adult is able to still breath, eat, and swallow correctly the object will most likely just pass through the system at some point but it’s best to remove it.
Explanation:
I’m pretty sure you can google them lol
Answer:
I think steroids would be the best because drugs could hurt you but steroids are less
The guidelines state that if the type of diabetes is not documented, the default is type 2.
The guidelines also instruct to use additional codes to identify long-term control with insulin (Z79. 4) or oral hypoglycemic drugs (Z79. 84).
The type of diabetes mellitus should always be clearly documented in the medical record for each date of service. However, if the type of diabetes mellitus is not documented in the medical record, the default ICD-10 diagnosis code is E11, type 2 diabetes mellitus.
Secondary diabetes can be defined as a diabetic condition that develops after the destruction of the beta-cells in the pancreatic islets and/or the induction of insulin resistance by an acquired disease (e.g. endocrinopathies) or others.
To learn more about diabetes mellitus , here
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Answer:
Given
Per Kg of body mass, there is 3 gram of potassium
And abundance of three isotopes are as follows
Potassium-39, Potassium-40, and Potassium-41. Have abundances respectively as 93.26%, 0.012% and 6.728%.
1) A body weighing 80 Kg will have 240 grams of potassium. And the amount of Potassium-40 will be 0.012% of 240 gram
= 240*0.012/100 = 0.0288 gram.
2) Dose in (Gy) = (energy absorbed)/(mass of the body) = ( 1.1*106*1.6*10-19)/(80) = 22*10-10 J/kg
Dose (in siverts) = RBE*Dose(in Gy) = 1.2*22*10-10 = 26.4*10-10
