If the dose requires that a total of 40 mg be given, then you take the ratio of the stock bottle (mg/mL) and solve for the total amount of mL that are needed by multiplying the amount of mL required (x):
Multiply by 5 on both sides to give:
Then solve for x:
Another, possibly quicker, way to solve would be to set up a proportion - one side the stock bottle ratio, and the other side the dosage requirements:
Cross multiply and you get:
And you would solve this the same way as above.
So
the patient should receive 9.091 mL of secobarbitol.
well don’t you need energy anyways, so true
I haven't heard of PRICES method. I only know of PRICE which stands for P - protect
R - rest
I - ice
C - compress
E - elevate
However, since we are dealing with injuries, S can stand for SPLINT. You apply a splint on injuries with broken bones. This is to ensure that the edges of the broken bones will meld and mend together without any difficulty.
Experts in trauma and emergency care center call the first hour after serious injury as the most critical in determining chances for survival