A client is admitted at 0700 with severe dehydration. The doctor orders D5W to run at 150 ml/hr. The client is ordered an IVPB antibiotic every 4 hours, that will be administered in 50 ml of IV fluid over 1 hour. The antibiotic is scheduled to start at 0800. The client is permitted liquids and takes the following: 4 oz gelatin 10 oz apple juice 500 ml of water 16 oz of ice chips which is consumed by the end of the shift Urine output is as follows: At 0900: 100 mL 1100: 250 mL 1330: 290 mL 1445: 250 ml At 1200, the client had 300 mL of a diarrhea stool. Calculate the cumulative fluid balance for the 0700-1500 shift.

Intake: IV Fluids: D5W: 150 ml/hr from 0700 to 1500 (8 hours) = 150 ml/hr * 8 hr = 1200 ml. Antibiotic: 50 ml every 4 hours, starting at 0800. So, it will be administered at 0800 and 1200 = 50 ml * 2 = 100 ml. Oral Intake: Gelatin: 4 oz = 4 * 30 ml = 120 ml. Apple Juice: 10 oz = 10 * 30 ml = 300 ml. Water: 500 ml. Ice Chips: 16 oz (since ice chips are half liquid) = 16 * 30 ml / 2 = 240 ml. Total Intake: 1200 ml (D5W) + 100 ml (Antibiotic) + 120 ml (Gelatin) + 300 ml (Apple Juice) + 500 ml (Water) + 240 ml (Ice Chips) = 2460 ml. Output: Urine Output: 0900: 100 ml, 1100: 250 ml, 1330: 290 ml, 1445: 250 ml. Diarrhea Stool: 1200: 300 ml. Total Output: 100 ml + 250 ml + 290 ml + 250 ml + 300 ml = 1190 ml. Cumulative Fluid Balance: Intake - Output: 2460 ml - 1190 ml = 1270 ml. So, the cumulative fluid balance for the 0700-1500 shift is +1270 ml.