Question

In: Nursing

The patient has stopped vomiting but is very dehydrated. He weighs 15 lbs and is diagnosed...

The patient has stopped vomiting but is very dehydrated. He weighs 15 lbs and is diagnosed at 8% dehydration.
1. What is the total volume of fluids needed to correct his dehydration status in 24 hours? Use a maintenance rate of 3 ml/kg/hr.

b. What is his hourly rate (ml/hr)?

What is his drip rate using a 60 gtt/ml drip set (gtt/s)?
What is his rate per hour for the first 12 hours if the Dr. wishes to correct his dehydration in 12 hours (ml/hr)?
What is his rate per hour after dehydration has been corrected (ml/hr)?

Expert Solution

The patient has stopped vomiting but is very dehydrated. He weighs 15 lbs and is diagnosed at 8% dehydration.

15lbs = 6.8kg (1kg = 2.2lbs)

a. Order dose 3 ml/kg/hr.

The dose per hour will be

Then in 24 hours 20.4ml/hr 24 hours = 489.6ml

His hourly rate will be 20.4ml/hr

Answer - Total 489.6ml volume of fluids needed to correct his dehydration status in 24 hours.

b.

Drop factor 60gtt/ml

Drop calculation formula is = (Total volume in ml Time in minutes) drop factor

= (20.4 ml 60 min) 60 gtt/ml = 20.4 drops

Answer - Drip rate will be 20.4 drops/min and 1drops in 3 sec (1gtt/3 sec)

c.

If the doctor wishes to correct his dehydration in 12 hours.

Then the doctor needs to administer 489.6ml in 12 hours.

489.6ml/12 hr = 40.8 ml/hr

Answer - The the hourly rate will be 40.8ml/hr

d.

After dehydration corrected the rate will be reduced to 2 ml/kg/hr

so the hourly rate will be

Answer - After dehydration has been corrected the rate will be 13.6ml/hr

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