How do you calculate IV fluids?

The formula for calculating the IV flow rate (drip rate) is total volume (in mL) divided by time (in min), multiplied by the drop factor (in gtts/mL), which equals the IV flow rate in gtts/min.

How do you calculate IV fluids for adults?

What is fluid calculation formula?

Formulas Used:

For 0 - 10 kg = weight (kg) x 100 mL/kg/day. For 10-20 kg = 1000 mL + [weight (kg) x 50 ml/kg/day] For > 20 kg = 1500 mL + [weight (kg) x 20 ml/kg/day]

How do you calculate IV flow rate?

If you need to set this up on an IV infusion pump, use the formula, volume (mL) divided by time (min), multiplied by 60 min over 1 hour, this equals the IV flow rate in mL/hr. Using this formula, 100 mL divided by 30 min, times 60 min in 1 hr, equals 199.9, rounded to 200 mL/hr.

How many drops are in 1 mL of IV fluid?

The drop factor is 20 drops per ml.

Dosage Calculations for Nursing Students Made Easy on IV Infusion Rate Calculations (Video 5)

How many drops is 50 mL per hour?

150mL/hr = 25 drops/min 75mL/hr = 13 (12.5) drops/min 125mL/hr = 21 (20.8) drops/min 50mL/hr = 8 (8.3) drops/min 100mL/hr = 17 (16.6) drops/min 25mL/hr = 4 (4.1) drops/min Count for 1 full minute: One drip!!!

How do you calculate dehydration fluids?

This is determined by multiplying the percentage dehydration times the patient's weight (e.g. 10% dehydration in a 10 kg child: 10% of 10 Kg = 1 kg = 1 liter). Subtract any boluses from this volume (e.g. 1 liter – 400 ml of boluses = 600 ml).

How do you calculate IV fluid replacement?

Deficit (mL) = weight (kg) x % dehydration x 10

In the first 24 hours replace 5% dehydration. For this infant that is 500 mL (ie 500 mL ÷ 24 = 20.5 mL/hr). Replace the remaining deficit (here another 500 mL ÷ 24 = 20.5 mL/hr) if still indicated after clinical reassessment, over the following 24 hours.

How do you calculate IV drops?

How to calculate IV drip rate. Taking the case of a simple infusion of 1,000 mL of 0.9% sodium chloride over 8 hours, administered through a macrodrip tubing with a drop factor of 15 gtts/mL, the calculation would be: IV Drip rate = (1000 mL x 15 gtts/mL) / (8 hours x 60) = 31.25 gtts per minute.

How do you calculate doses?

How do I calculate mL?

Divide the mass in milligrams by volume in milliliters to find concentration in mg/mL. For example, if you have 8,000 milligrams of sugar dissolved in 200 milliliters of water, work out 8,000 ÷ 200 = 40. The concentration of the solution is 40 mg/mL.

How do you calculate output?

Total output can be measured two ways: as the sum of the values of final goods and services produced and as the sum of values added at each stage of production. GDP plus net income received from other countries equals GNP. GNP is the measure of output typically used to compare incomes generated by different economies.

What is intake and output chart?

The intake and output chart is a tool used for the purpose of documenting and sharing information regarding the following: Whatever is taken by the patient especially fluids either via the gastrointestinal tract (entrally) or through the intravenous route (parenterally) Whatever is excreted or removed from the patient.

How long is 1000 mL IV?

1000 ml of 0.9% Sodium Chloride should infuse in 5 hours. The bag was started at 10.15pm and 450 ml had gone through by 2.30am. Is the infusion on time? No.

How do you calculate IV flow rate by weight?

First, convert grams to milligrams: 2 g → 2000 mg. Next, determine the concentration: 2000 mg per 500 ml = (2000/500) X (mg/ml) = 4 mg/ml. Since you're using a 60 drop set, you multiply your VTBI by the drip factor. Then divide by the concentration of 4 mg/ml.

How do you calculate dextrose in IV fluids?

Multiply the grams of dextrose by 3.4 (there are 3.4 kcal/g dextrose) to determine kcalories supplied by dextrose in a day. Note: If the total dextrose volume is not stated in the prescription, you can calculate it. Just multiply the rate of infusion of dextrose by 24 hr.

What is the 421 rule?

In anesthetic practice, this formula has been further simplified, with the hourly requirement referred to as the “4-2-1 rule” (4 mL/kg/hr for the first 10 kg of weight, 2 mL/kg/hr for the next 10 kg, and 1 mL/kg/hr for each kilogram thereafter.